Aiwa HV-FX8200, HV-FX5700, HV-FX990, HV-GX915 Service Manual

HV-FX8200

EH

HV-FX8200

HV-FX7700, FX5700

HV-FX7700 HV-FX5700 HV-FX990 HV-GX915

HV-FX990, GX915

EH EH Z Z

SERVICE MANUAL

STEREO VIDEO CASSETTE RECORDER <8200/7700/5700> VIDEO CASSETTE RECORDER<990/915>

This Service Manual is the "Revision Publishing" and replaces "Simple Manual" (S/M Code No. 09-007-347-2T6).

BASIC VIDEO MECHANISM :D33K-4HF/PAL-HREW(6721R-0251A)<8200> :D33K-4HF/PAL(6721R-0250A)<7700/5700> :D33K-4HD/NP-VCR(6721R-0230F)<990> :D33K-2HD/PAL-VCR(6721R-0212A)<915>

S/M Code No. 09-007-347-2R6

REVISION

DATA

TABLE OF CONTENTS

SPECIFICATIONS ............................................................ 3

ACCESSORIES LIST ....................................................... 3

DISASSEMBLY INSTRUCTIONS..................................... 4

SERVICE POSITION ........................................................ 5

VCR TEST TAPE INTERCHANGEABILITY TABLE ........ 6

ELECTRICAL MAIN PARTS LIST.............................. 7 ~ 9

TRANSISTOR ILLUSTRATION........................................ 9

WIRE HARNESS DIAGRAM .......................................... 10

BLOCK DIAGRAM ................................................. 11 ~ 22

SCHEMATIC DIAGRAM

1. POWER/TUNER/NICAM <8200/7700/5700> .... 23 ~ 24

2. POWER/TUNER <990/915> .............................. 25 ~ 26

3. AUDIO/VIDEO SECTION................................... 29 ~ 30

4. Hi-Fi AUDIO/SCART <8200/7700/5700> ........... 31 ~ 32

5. SCART <990/915> ............................................. 33 ~ 34

6. SYSTEM CONTROL/SERVO

<8200/7700/5700> ............................................. 35 ~ 36

7. SYSTEM CONTROL/SERVO <990/915> .......... 39 ~ 40

8. KEY1 <8200/7700/5700> ........................................... 47

9. KEY1 <990/915> ........................................................ 47

10. KEY2 <8200/7700/5700> ......................................... 48

11. KEY2 <990/915> ...................................................... 48

WAVEFORM

AUDIO/VIDEO SECTION ............................................... 28

SYSTEM CONTROL/SERVO SECTION ....................... 38

VOL TAGE CHART

1. POWER SECTION..................................................... 25

2. AUDIO/VIDEO SECTION........................................... 27

3. Hi-Fi AUDIO/SCART SECTION ................................. 33

4. SYSTEM CONTROL/SERVO SECTION ................... 37

FL DISPLAY............................................................ 41 ~ 42

WIRING

1. MAIN C.B <8200/7700/5700> ............................ 43 ~ 44

2. MAIN C.B <990/915> ......................................... 45 ~ 46

3. KEY1 C.B <8200> ...................................................... 49

4. KEY2 C.B <8200> ...................................................... 49

5. KEY1 C.B <7700/5700> ............................................. 49

6. KEY2 C.B <7700/5700> ............................................. 49

7. KEY1 C.B <990/915> ................................................. 50

8. KEY2 C.B <990/915> ................................................. 50

9. NICAM C.B................................................................. 51

ADJUSTMENT........................................................ 52 ~ 53

IC DESCRIPTION ................................................... 54 ~ 57

MECHANICAL EXPLODED VIEW 1/1 ........................... 58

MECHANICAL MAIN PARTS LIST 1/1 ......................... 59

MECHANISM EXPLODED VIEW 1/3~3/3.............. 60 ~ 64

MECHANISM MAIN PARTS LIST 1/3~3/3 ............. 61 ~ 65

DECK MECHANISM PARTS LOCATIONS

Top View.......................................................................... 66

Bottom View .................................................................... 66

DECK MECHANISM DISASSEMBLY

1. Drum Assembly ......................................................... 67

2. Plate Assembly Top ................................................... 69

3. Holder Assembly CST ............................................... 69

4. Guide CST ................................................................ 69

5. Bracket Side (L)/Bracket Assembly Door .................. 69

6. Arm Assembly F/L ..................................................... 69

7. Lever Assembly S/W ................................................. 69

8. Arm Assembly Cleaner.............................................. 70

9. Head F/E ................................................................... 70

10. Base Assembly A/C Head ........................................ 70

11. Brake Assembly S .................................................... 71

12. Brake Assembly T .................................................... 71

13. Arm Assembly Tension ............................................. 71

14. Reel S & Reel T ....................................................... 71

15. Support CST ............................................................ 72

16. Base Assembly P4 ................................................... 72

17. Opener Lid ............................................................... 72

18. Arm Assembly T/up .................................................. 72

19. Arm Assembly Pinch ................................................ 72

20. Belt Capstan/Motor Capstan .................................... 73

21.Clutch Assembly D33-K ............................................ 73

22. Lever F/R ................................................................. 73

23. Gear Assembly H-Up/D-K or

Gear Assembly Up/D-K ............................................ 73

24. Bracket Assembly Jog.............................................. 74

25. Guide Rack F/L, Gear Rack F/L ............................... 74

26. Brake Assembly Capstan ......................................... 74

27. Gear Drive/Gear Cam/Gear Connector ................... 75

28. Bracket Assembly L/D motor.................................... 75

29. Gear Sector .............................................................. 76

30. Base Tension/Plate Slider/Lever Tension ................. 76

31. Gear Assembly P3/Gear Assembly P2 .................... 77

32. Base Assembly P3/Base Assembly P2 .................... 77

33. Arm Assembly Idler or Arm assembly Idler Jog........ 77

DECK MECHANISM ADJUSTMENT

Tools and Fixtures for service ......................................... 78

1. Mechanism Alignment Position Check ....................... 79

2. Preparation for Adjustment ........................................ 80

3. Checking Torque ........................................................ 80

4. Guide Roller Height Adjustment ................................. 81

4-1. Preliminary Adjustment .......................................... 81

4-2. Precise Adjustment ................................................ 81

5. Audio/Control (A/C) Head Adjustment........................ 82

5-1. Preliminary Adjustment .......................................... 82

5-2. Confirm that the Tape Path smoothly between

the Take-up Guide and Pinch Roller ..................... 83

5-3. Precise Adjustment (Azimuth Adjustment) ............. 83

6. X-Value Adjustment.................................................... 83

7. Adjustment after Replacing Drum Assembly

(Video Heads) ............................................................. 84

8. Check the Tape Travel after Reassembling

Deck Assembly............................................................ 84

8-1. Checking Audio and RF Locking Time

during Playback and after CUE or REV ................ 84

8-2. Check for Tape Curling or Jamming....................... 84

MAINTENANCE/INSPECTION PROCEDURE

1. Check before starting Repairs ................................... 85

2. Required Maintenance ............................................... 86

3. Scheduled Maintenance ............................................ 86

4. Supplies Required for Inspection and Maintenance .. 86

5. Maintenance Procedure ............................................. 86

5-1. Cleaning ................................................................. 86

5-2. Greasing ................................................................ 87

MECHANISM TROUBLESHOOTING GUIDE

1. Deck Mechanism ............................................... 88 ~ 90

2. Front Loading Mechanism ................................. 91 ~ 92

2

SPECIFICATIONS

<HV-FX8200, FX7700, FX5700, FX990> Video recording system Rotary 2 head helical scanning system Video head Double azimuth 4 heads Tuner system Frequency synthesized tuner TV system B/G Video signal system PAL color signal, 625 lines, 50 fields Usable cssettes VHS video cassettes Recording/playback time PAL/MESECAM

SP: 5 hours max. with E-300 tape. LP: 10 hours max. with E-300 tape NTSC (Playback only) SP: 3 hours 30 minutes max.

with T-210 tape LP: 7 hours max. with T-210 tape EP: 10 hours 30 minutes max.

with T-210 tape

Tape speed PAL/MESECAM

SP: 23.39 mm/s LP: 11.69 mm/s NTSC (Playback only) SP: 33.35 mm/s LP: 16.67 mm/s EP: 11.12 mm/s

Hight speed rewind time: Approx. 1 min. with E-180 tape

Rewind time: Approx. 3 min. with E-180 tape

<FX7700, FX5700, FX990>

Channel coverage VHF: C02 to C12

UHF: C21 to C71 <FX8200, FX7700> UHF: C21 to C69 <FX5700, FX990> CATV: S01 to S41

Video input 0.5 - 2.0 Vp-p, 75 ohm, unbalanced Video output 1.0 Vp-p, 75 ohm, unbalanced Horizontal resolution 240 lines (SP) Video S/N 43 dB (SP) Audio track 3 tracks (Hi-Fi sound 2 tracks, Normal

sound 1 track) <FX8200, FX7700, FX5700> 1 track (Normal sound) <FX990>

Audio input SCART: -6 dBm, more than 10 k ohm Audio output SCART: -6 dBm, less than 1 k ohm Hi-Fi frequency response 20 Hz - 20 kHz

<FX8200, FX7700, FX5700>

Hi-Fi dynamic range More than 87 dB (SP)

<FX8200, FX7700, FX5700>

Hi-Fi Wow & Flutter Less than 0.01%(SP)

<FX8200, FX7700, FX5700>

Operating temperature: 5 °C to 35 °C Power requirements 200 - 240 V AC, 50 Hz Power consumption 19 watts <FX8200, FX7700, FX5700>

16 watts <FX990> TYPE 2.1 watts (power save mode.)

Dimensions 360 (W) x 270 (D) x 94.5 (H) mm

(141/4 x 103/4 x 33/4 in.)

Weight Approx. 3.5 kg (7.7 lbs.)

<HV-GX915> Video recording system Rotary 2 head helical scanning system Video head Double azimuth 2 heads Tuner system Frequency synthesized tuner TV system B/G Video signal system PAL color signal, 625 lines, 50 fields Usable cssettes VHS video cassettes Recording/playback time PAL/MESECAM

5 hours max. with E-300 tape. NTSC (Playback only) 3 hours 30 minutes max. with T-210 tape

Tape speed PAL/MESECAM

23.39 mm/s NTSC (Playback only)

33.35 mm/s Rewind time: Approx. 3 min. with E-180 tspe Channel coverage VHF: C02 to C12

UHF: C21 to C69

CATV: S01 to S41 Video input 0.5 - 2.0 Vp-p, 75 ohm, unbalanced Video output 1.0 Vp-p, 75 ohm, unbalanced Horizontal resolution 240 lines Video S/N 43 dB Audio track 1 track (Normal sound) Audio input SCART: -6 dBm, more than 10 k ohm Audio output SCART: -6 dBm, less than 1 k ohm Operating temperature: 5 °C to 35 °C Power requirements 200 - 240 V AC, 50 Hz Power consumption 16 watts

TYPE 2.1 watts (power save mode.) Dimensions 360 (W) x 270 (D) x 94.5 (H) mm

(141/4 x 103/4 x 33/4 in.) Weight Approx. 3.5 kg (7.7 lbs.)

• Design and specifications are subject to change without notice.

ACCESSORIES LIST

REF. NO PART NO. KANRI DESCRIPTION

1 S8-35R-P00-54Z INSTRUCTION ASSY ABFA929NP 3NA<82> 1 S8-35R-P00-54M INSTRUCTION ASSY CBFA918NP NSA<77> 1 S8-35R-P00-55N INSTRUCTION ASSY CBFA911NP NSA<57> 1 S8-35R-P00-54K INSTRUCTION ASSY CBFA408P NSA4<99> 1 S8-35R-P00-54W INSTRUCTION ASSY ABFA201P 3NA1<91>

2 S7-11R-1P0-24L REMOTE CONTROLLER ASSY(BFA929N<82> 2 S7-11R-1P0-24C REMOTE CONTROLLER ASSY<77,99> 2 S7-11R-1P0-24N REMOTE CONTROLLER ASSY(BFA911P<57> 2 S7-11R-1P0-24P REMOTE CONTROLLER ASSY(BFA201P<91> 3 S8-610-33B-000 CABLE SET ASSY<82,77,57>

NO.

3 S8-615-05B-000 CABLE SET ASSY<99,91> 4 S8-615-05R-000 CABLE ASSY<82,77,57> 5 S5-640-18B-000 PLUG ASSY PHONO CORD<82,77,57>

3

TYPE MODEL NAME SUFFIX

<82> HV-FX8200 EH <77> HV-FX7700 EH <57> HV-FX5700 EH <99> HV-FX990 Z <91> HV-GX915 Z

DISASSEMBLY INSTRUCTIONS

1. Top Case Removal

1) Remove 4 screws holding the top case.

2. Panel Front Removal (see Fig. 1)

1) Release 7 tabs, and then remove the panel front.

4. Mechanism Removal (see Fig. 3)

1) Disconnect the drum FF cable from the connector

(PMD01) on the Main C.B.

2) Disconnect the ACE head FF cable from the connector

(P3D02) on the Main C.B.

3) Remove 6 screws A .

PMD01

FF CABLE

P3D02

A

PANEL

FRONT

TAB

Fig. 1

3. Key1 C.B. and Key2 C.B. Removal (see Fig. 2)

1) Release 2 tabs, and then remove Key2 C.B. from the con-

nector (PKM02) in the direction of arrow 1 .

2) Release the tab, and then remove Key1 C.B. from the

connector (PKM01) in the direction of arrow 2 .

TAB

1

PKM02

TAB

KEY2 C.B

MAIN C.B

KEY1 C.B

2

FF CABLE

A

Fig. 3

5. Main C.B. Removal (see Fig. 4)

1) Remove 2 screws B holding the panel assy, distri-butor.

2) Release 5 tabs, and then simultaneously lift the panel as-

sembly, distributor and Main C.B. to remove them.

B

TAB

PANEL ASSY,

DISTRIBUTOR

TAB

Fig. 2

TAB

PKM01

MAIN C.B

Fig. 4

4

SERVICE POSITION

MAIN C.B

D33 MECHANISM

SPARSER

60mm

MAIN C.B

D33 MECHA

SPARSER

REAR PANEL

A

B

Top View

CYLINDER

HEAD CLEANER

To set the mechanism to the service position in active status:

Insert a spacer as shown below: The service position can be set in the stable status without any defective contact.

Location

Install spacers at locations (A) and (B).

5

VCR TEST TAPE INTERCHANGEABILITY TABLE

There are two types of the new allgnment tape CH-1B (for NTSC) and CH-2 (for PAL). On each tape four signals (1)-(4) are recorded for the times and in the order shown below.

(1) : 8min. → (2) : 2min. → (3) : 5min. → (4) : 5min.

The TTV-MP1 (for M-PAL), TTV-MS1 (for MESECAM) and TTV-S1 (for SECAM) allgnment tapes have the same contents as the previous tapes.

Method

NTSC

Now in use TYPE

Model Contents *1

TTV-N1

TTV-NS1

TTV-N1E

TTV-NS6E

TTV-N2

TTV-N12 (SCV-1998)

TTV-N6 (TTV-N06T)

TTV-N7A

NTSC, Color bar, 1 kHz, SP

NTSC, Color bar, 1 kHz, EP

NTSC, Color bar, No sound, EP

NTSC, Stairsteps, 7 kHz, SP

NTSC, Color bar, 1 kHz, SP

NTSC, Mono scope, 7 kHz, SP

NTSC, Stairsteps, 1 kHz, SP, HiFi 400 Hz

New TYPE

Model Contents *1

CH-1B(2)

CH-1B(4) *2

CH-1B(1)

CH-1B(4)

CH-1B(3)

NTSC, Stairsteps, 1 kHz, SP

No Changed.

NTSC, Color bar, 1 kHz, EP

No Changed.

NTSC, Stairsteps, 7 kHz, SP

NTSC, Color bar, 1 kHz, EP

No Changed.

NTSC, Color bar, No sound SP, HiFi 400 Hz

Application

PB-Y Level/General electrical ADJ. Head ACE Height/Tilt ADJ.

For S-VHS (SQPB) check

Switching position ADJ.

For S-VHS (SQPB) check

Head ACE Azimuth ADJ.

FM Envelope ADJ. X-Value ADJ.

For total picture quality check (resolution, etc)

HiFi Audio PB Level ADJ.

Switching position ADJ. PB-Y Level/General electrical ADJ. Head ACE Height/Tilt ADJ.

Switching position. (LP Model) FM Envelope ADJ. (LP Model) X-Value ADJ. (LP Model)

HEAD ACE Azimuth ADJ. FM Envelope ADJ. (SP Model) X-Value ADJ. (SP Model)

For total picture quality check (resolution, etc)

HiFi Audio PB Level ADJ.

FM Filter ADJ.

PA L

TTV-P1

TTV-P1L

TTV-P2

TTV-P6 (TTV-N06T)

TTV-P7

TTV-P16

PAL, Color bar, 1 kHz, SP

PAL, Color bar, 1 kHz, LP

PAL, Stairsteps, 6 kHz, SP

PAL, Monoscope, 6 kHz, SP

PAL, Stairsteps, 1 kHz, SP, HiFi 1 kHz

PAL, Color bar, 400 Hz, SP, HiFi 1 kHz

CH-2 (2) * 3

CH-2 (4)

CH-2 (1)

CH-2 (3)

PAL, Stairsteps, 1 kHz, SP

PAL, Color bar, 1 kHz, LP

PAL, Stairsteps, 6 kHz, SP

No Changed.

PAL, Color bar, No sound SP, HiFi400 Hz

No Changed.

* 1. Described in the order of color format. video signal. linear audio. tape speed and Hi-Fi audio. * 2. Use CH-1B (1)-(3) with models used exclusively in the SP mode. * 3. Use CH-2 (3) and (4) when it is necessary to observe the chroma signal.

6

ELECTRICAL MAIN PARTS LIST

REF. NO PART NO. KANRI DESCRIPTION

IC ! S2-309-024-040 SENSORLTV-817B PHOTO COU

SI-SS4-310-00A IC,KA431AZ ! SA-400-811-220 IC,KA7552 SI-SA7-159-80A IC,LA71598M SI-RH3-880-00B IC,BA3880AS<82>

SI-HI6-432-19A IC,HD6432197XA04F SI-SS3-082-00A IC,KA3082 SI-AL2-416-00B IC,AT24C16-10PC SI-KE7-031-00A IC,KIA7031P 87-001-196-010 IC,KIA7042P

SI-NE1-631-10A IC,UPD16311GC-AB6 SI-IT3-417-00B IC,MSP3417D-QG<82,77,57> SI-SA7-479-30A IC,LC74793<82,77,99> SI-PH9-605-00A IC,TDA9605H<82,77,57> SI-MT1-443-00A IC,MM1443XJ

TRANSISTOR ST-R12-730-9AA TR,KTA1273-TP-Y

ST-R32-050-9AB TR,KTC3205-TP-Y ST-R12-680-9BA TR,KTA1268-BL S7-A30-293-010 TR,KTC2804-Y S3-1KR-A10-3M0 TR,KRA103M-TP

ST-R10-030-9AA TR,KSR1003 ST-R53-430-9BA TR,2SC5343-L ST-R31-990-9AF TR,KTC3199-BL<EXCEPT 82> SK-RC1-01M-000 TR,KRC101M<EXCEPT 82> ST-R12-010-9AC TR,SRC1201 4.7K,

ST-R12-670-9AC TR,KTA1267-GR ST-R19-800-9CA TR,2SA1980G ST-R53-440-9AA TR,2SC5344Y ST-R20-030-9AA TR,KSR2003TA<82> ST-R10-300-9AE TR,KRC103M

! ST-F38-002-0AA TR,SSSS3N80A

DIODE SD-D01-000-9CA DIODE,EG01CW

SD-R18-020-9AA DIODE,ERA18-02KFRB SD-R10-400-9BA DIODE,RL104F SD-R81-004-0BA DIODE,ERC81-004L22 SD-R20-200-0AB DIODE,HER202 BK

SD-D01-000-9AC DIODE,EU01W<82> SD-D20-700-0AA DIODE,2A07 87-A40-246-080 DIODE,1N4148 SD-R10-400-9AB DIODE,RL104 SD-S14-148-9BB DIODE,1N4148

87-070-173-010 DIODE,S1WBA60

MAIN C.B BD141 S6-360-04C-000 COIL,BFS3550R2FD8

!C101 S6-240-88K-000 CAP,0.1UF-275VAC !C102 S6-240-88K-000 CAP,0.1UF-275VAC !C103 SC-E47-6CU-611 CAP,E 47UF-400V !C105 87-016-375-010 CAP,0.01UF-630V

!C106 S6-240-87B-000 CAP,100P-1KV !C112 87-012-379-010 CAP,3300PF-400V !C113 SA-1B3-0KH-2M0 CAP,220PF-400V

C115 87-010-408-040 CAP,E 47UF-50V C116 87-010-237-910 CAP,E 1000UF-16V

C117 87-010-375-080 CAP,E 330-10V C118 SC-E22-73D-638 CAP,E 220-10V C119 87-010-408-040 CAP,E 47UF-50V C120 87-010-387-010 CAP,E 470UF-25V KME C121 87-010-387-080 CAP,E 470UF-25V

C123 SC-E33-7BJ-618 CAP,330UF-35V<82> C124 87-015-681-080 CAP,E 10-16V

NO.

REF. NO PART NO. KANRI DESCRIPTION

C144 87-010-408-040 CAP,E 47UF-50V C151 87-015-681-080 CAP,E 10-16V C153 87-015-681-080 CAP,E 10-16V C303 87-015-695-080 CAP,E 1.0-50V C304 87-015-684-080 CAP,E 47-16V

C310 87-015-698-080 CAP,E 4.7-50V C315 87-015-681-080 CAP,E 10-16V C316 87-015-681-080 CAP,E 10-16V C318 87-015-695-080 CAP,E 1.0-50V C320 87-015-695-080 CAP,E 1.0-50V

C322 87-015-684-080 CAP,E 47-16V C325 87-015-695-080 CAP,E 1.0-50V C326 87-015-681-080 CAP,E 10-16V C327 87-015-681-080 CAP,E 10-16V C333 87-015-681-080 CAP,E 10-16V

C337 87-015-698-080 CAP,E 4.7-50V C339 87-015-698-080 CAP,E 4.7-50V C346 87-015-684-080 CAP,E 47-16V C348 87-015-695-080 CAP,E 1.0-50V C354 87-015-684-080 CAP,E 47-16V

C358 87-015-695-080 CAP,E 1.0-50V C374 87-015-684-080 CAP,E 47-16V C376 87-015-681-080 CAP,E 10-16V C377 87-015-681-080 CAP,E 10-16V C379 87-010-403-040 CAP,E 3.3-50V

C386 87-010-552-040 CAP,E 22-16V C389 87-015-698-080 CAP,E 4.7-50V C390 87-010-552-040 CAP,E 22-16V C392 87-010-408-040 CAP,E 47UF-50V C500 87-016-455-080 CAP,E 470UF-6.3V<82,77,99>

C500 87-016-040-080 CAP,0.047F-5.5V<57,91> C502 87-015-684-080 CAP,E 47-16V C503 87-016-088-040 CAP,E 220-6.3V C504 87-016-088-040 CAP,E 220-6.3V C505 87-015-684-080 CAP,E 47-16V

C510 87-015-684-080 CAP,E 47-16V C523 87-010-552-040 CAP,E 22-16V C524 87-015-684-080 CAP,E 47-16V C526 87-010-408-040 CAP,E 47UF-50V C530 87-015-681-080 CAP,E 10-16V

C534 87-015-698-080 CAP,E 4.7-50V C535 87-015-698-080 CAP,E 4.7-50V C546 87-010-408-040 CAP,E 47UF-50V C561 87-016-088-040 CAP,E 220-6.3V C591 87-016-455-080 CAP,E 470UF-6.3V

C5A5 87-015-695-080 CAP,E 1.0-50V C5F2 87-010-408-040 CAP,E 47UF-50V C5F3 SC-E22-73D-638 CAP,E 220-10V C5P9 87-015-698-080 CAP,E 4.7-50V C5Y1 87-015-681-080 CAP,E 10-16V<82>

C701 87-015-698-080 CAP,E 4.7-50V C703 87-015-698-080 CAP,E 4.7-50V C704 87-015-684-080 CAP,E 47-16V C706 87-016-455-080 CAP,E 470UF-6.3V C713 87-015-684-080 CAP,E 47-16V

C7M2 87-015-681-080 CAP,E 10-16V C7V1 87-015-684-080 CAP,E 47-16V<82,77,99> C7V6 87-015-698-080 CAP,E 4.7-50V<82,77,99> C7V7 SC-N10-50K-948 CAP,1UF-50V<82,77,99> C7V8 87-015-695-080 CAP,E 1.0-50V<82,77,99>

C806 87-015-698-080 CAP,E 4.7-50V<82,77,57> C807 87-015-698-080 CAP,E 4.7-50V<82,77,57> C811 87-015-681-080 CAP,E 10-16V<82,77,57> C813 87-015-681-080 CAP,E 10-16V<82,77,57> C814 87-015-681-080 CAP,E 10-16V<82,77,57>

C815 87-015-681-080 CAP,E 10-16V<82,77,57> C816 87-015-681-080 CAP,E 10-16V<82,77,57> C817 87-015-681-080 CAP,E 10-16V<82,77,57> C818 87-015-698-080 CAP,E 4.7-50V<82,77,57> C819 87-015-681-080 CAP,E 10-16V<82,77,57>

NO.

7

REF. NO PART NO. KANRI DESCRIPTION

C821 87-015-684-080 CAP,E 47-16V<82,77,57> C822 87-015-681-080 CAP,E 10-16V<82,77,57> C823 87-015-681-080 CAP,E 10-16V<82,77,57> C824 87-015-681-080 CAP,E 10-16V<82,77,57> C825 87-015-684-080 CAP,E 47-16V<82,77,57>

C827 87-015-681-080 CAP,E 10-16V<82,77,57> C828 87-015-684-080 CAP,E 47-16V<82,77,57> C832 87-015-684-080 CAP,E 47-16V C835 87-010-400-080 CAP,E 0.47-50V<82,77,57> C902 87-016-455-080 CAP,E 470UF-6.3V

C912 87-016-455-080 CAP,E 470UF-6.3V C956 87-015-695-080 CAP,E 1.0-50V C960 87-015-695-080 CAP,E 1.0-50V C961 87-015-695-080 CAP,E 1.0-50V C962 87-015-695-080 CAP,E 1.0-50V

C963 87-010-552-040 CAP,E 22-16V C964 87-015-695-080 CAP,E 1.0-50V C9A1 87-015-695-080 CAP,E 1.0-50V<99,91> C9A2 87-015-695-080 CAP,E 1.0-50V<99,91> C9A3 87-015-695-080 CAP,E 1.0-50V<99,91>

C9A5 87-015-681-080 CAP,E 10-16V<99,91> C9A6 87-015-681-080 CAP,E 10-16V<99,91> C9A7 87-015-681-080 CAP,E 10-16V<99,91> C9F7 87-015-695-080 CAP,E 1.0-50V<82> CS501 S6-00R-DB0-04C SW,MPU10252MLB4 MIC

DIG501 S3-02R-1N0-03A DH 9MT168GK<82,77,57> DIG501 S3-02R-1N0-03B LEVEL METER 7MT229GK<99,91> ES501 S9-31R-001-6A0 SENSOR END ES502 S9-31R-001-6A0 SENSOR END

!F101 S5-850-11T-000 FUSE,1600MA 250V

!F102 87-001-196-010 ICP-N10 T104 !FH01 S5-860-08B-000 HOLDER,FUSE CLIP !FH02 S5-860-08B-000 HOLDER,FUSE CLIP

FL301 S6-330-32K-000 COIL,OSC BIAS 1CHIP 5V IR501 S3-01R-2U0-03A LED ASSY TOH-48A94B2-C<82>

JK801 S6-12R-C00-2C0 JACK,RCA RCA-208C-06<82,77,57> JK901 S6-20R-M00-02A SOCKET 2F-21P !L102 S6-161-45H-000 FILTER SHT LFS2020V4-04350 L103 S6-330-88G-000 COIL,CHOCK TP 5MM L104 S6-330-88G-000 COIL,CHOCK TP 5MM

L105 87-003-152-080 INDUCTOR,100M 2.3-3.4-5 L301 87-005-196-080 COIL,10UH L302 87-003-286-080 COIL,56 2.3-3.4-5 L303 87-003-286-080 COIL,56 2.3-3.4-5<91> L303 87-003-152-080 INDUCTOR,100M 2.3-3.4-5<EXCEPT 91>

L305 87-005-196-080 COIL,10UH L307 87-005-196-080 COIL,10UH L308 87-005-440-080 COIL,47M 6-6-5 L310 87-005-196-080 COIL,10UH L503 87-005-196-080 COIL,10UH

L504 87-005-196-080 COIL,10UH L505 87-005-196-080 COIL,10UH L506 87-005-686-080 COIL,15UH L5F1 87-005-196-080 COIL,10UH L5S1 87-003-148-080 INDUCTOR,33

L5Y1 87-005-196-080 COIL,10UH<82> L702 87-005-196-080 COIL,10UH L703 87-005-196-080 COIL,10UH L704 87-003-145-080 INDUCTOR,8.2 L705 87-005-696-080 COIL,100UH

L7V1 87-005-196-080 COIL,10UH<82,77,99> L801 87-005-196-080 COIL,10UH L8R1 87-003-152-080 INDUCTOR,100M 2.3-3.4-5<82,77,57> L8R2 87-003-152-080 INDUCTOR,100M 2.3-3.4-5<82,77,57> L901 87-003-152-080 INDUCTOR,100M 2.3-3.4-5

L902 87-003-152-080 INDUCTOR,100M 2.3-3.4-5 L904 87-003-152-080 INDUCTOR,100M 2.3-3.4-5 L905 S6-360-04C-000 COIL,BFS3550R2FD8 L906 87-003-152-080 INDUCTOR,100M 2.3-3.4-5 L907 S6-360-04C-000 COIL,BFS3550R2FD8

NO.

REF. NO PART NO. KANRI DESCRIPTION

L911 87-003-152-080 INDUCTOR,100M 2.3-3.4-5 L912 87-003-152-080 INDUCTOR,100M 2.3-3.4-5 L914 87-003-152-080 INDUCTOR,100M 2.3-3.4-5 L916 87-003-152-080 INDUCTOR,100M 2.3-3.4-5 LD501 S9-31R-001-7A0 LED

MS501 S6-00R-PY0-01B SW,MMS00420ZMBO MIC P3D01 S5-612-34W-000 P3D01 S5-612-34Y-000 CONN,6P<99> P3D01 S5-612-34Z-000 CONN,3P<91> P3D02 S6-30R-5S0-08E CONN,6P

P3D03 S5-612-51B-000 GB201-2P-TS-B(LGC) P PMC01 S6-30R-BE0-1H0 CONN,8P PMD01 S5-612-34V-000 GF120-07S-TS LGC 7P SP PMK01 S5-618-43D-000 CONN,TUC-P05P 5P<EXCEPT 82> PMK01 S5-618-43J-000 CONN,TUC-P10P<82>

PMK02 S6-724-34B-000 CONN ASSY 5P-150<EXCEPT 82> PMK02 S6-724-34M-000 CONN ASSY 10P-150<82> PML01 S6-30R-2S0-11A CONN,2P PW101 S5-612-92B-000 GP390 LGC 3P STRAIG P R/C5F1 S7-12R-293-8GA REMOCON RECEIVER

!R101 S6-140-07R-000 RES,2.7-2W R149 87-022-603-080 RES,FIX O 0.47-2W R5Y4 87-029-105-010 RES,FUSIBLE 10-1/2W<82> RS501 S5-00R-AB0-02A SENSOR GP1S566 RS502 S5-00R-AB0-02A SENSOR GP1S566

!T101 S6-420-23U-000 TRANSFORMER,SMPS SJE-023U TU701 S7-00R-PG0-1E0 TUNER TCMK0601PD11C<82,77,57> TU701 S7-00R-PL0-1B0 TUNER TADC-G102D<99,91> W101 87-005-440-080 COIL,47M 6-6-5<82,77,57> X301 S2-02R-244-3AE CRYSTAL,STANDARD H49U

X501 S2-02R-310-01F X’TAL,10.0000 X502 S5-290-01K-000 X’TAL,32.768KHZ X503 S2-02R-317-71E X’TAL,17.734476MHZ ZD104 SD-Z56-260-9AA ZENER,GDZJ5.6B 26MM TP ZD141 SD-Z22-000-9ED ZENER,MTZ22B

ZD142 87-A40-458-080 ZENER,MTZ18B ZD151 SD-Z13-260-9AB ZENER,GDZJ13A 26MM ZD501 SD-Z68-260-9AB ZENER,GDZJ6.8C ZD503 SD-Z68-260-9AB ZENER,GDZJ6.8C ZD701 SD-Z33-260-9AA ZENER,GDZJ33B 26MM TP

ZD801 SD-Z51-000-9AJ ZENER,GDZJ5.1B TP ZD802 SD-Z56-260-9AA ZENER,GDZJ5.6B 26MM TP ZD803 SD-Z13-260-9AB ZENER,GDZJ13A 26MM<82,77,57> ZD804 SD-Z13-260-9AB ZENER,GDZJ13A 26MM<82,77,57> ZD805 SD-Z51-000-9AJ ZENER,GDZJ5.1B TP

ZD806 SD-Z51-000-9AJ ZENER,GDZJ5.1B TP

KEY 1 C.B

PKM01 S5-618-44D-000 CONN,5P<EXCEPT 82> PKM01 S5-618-44J-000 TUC-P10X-B1,TAIKO B-B 10 P<82> SH9V1 S5-562-45C-000 SWITCH JOG SHUTTLE SRGPTJ0600<82> SW905 S5-562-19B-000 SW,SKHV10910B<99,91> SW905 S5-562-82C-000 SW,SKQNQED ALPS 5MM<82,77,57>

SW906 S5-562-19B-000 SW,SKHV10910B<99,91> SW906 S5-562-82C-000 SW,SKQNQED ALPS 5MM<82,77,57> SW907 S5-562-19B-000 SW,SKHV10910B<99,91> SW907 S5-562-82C-000 SW,SKQNQED ALPS 5MM<77,57> SW908 S5-562-19B-000 SW,SKHV10910B<99,91>

SW908 S5-562-82C-000 SW,SKQNQED ALPS 5MM<77,57> SW909 S5-562-19B-000 SW,SKHV10910B<99,91> SW909 S5-562-82C-000 SW,SKQNQED ALPS 5MM<77,57> SW910 S5-562-19B-000 SW,SKHV10910B<99,91> SW910 S5-562-82C-000 SW,SKQNQED ALPS 5MM<82,77,57>

SW911 S5-562-19B-000 SW,SKHV10910B<99,91> SW911 S5-562-82C-000 SW,SKQNQED ALPS 5MM<82,77,57> SW912 S5-562-19B-000 SW,SKHV10910B<99,91>

KEY 2 C.B

NO.

GF120-10S-TS-A LGC 10P MP<82,77,57>

8

REF. NO PART NO. KANRI DESCRIPTION

NO.

JK9K1 S5-720-34S-000 JACK,ST 2P(YL)<82> JK9K2 S5-720-34R-000 JACK,ST 2P(WHT)<82> JK9K3 S5-720-34Q-000 JACK,ST 2P(RED)<82> L901 87-003-152-080 INDUCTOR,100M 2.3-3.4-5<82> L902 87-003-152-080 INDUCTOR,100M 2.3-3.4-5<82>

LD901 SD-L53-110-0AA LED,SG5311(GRN)<99,91> LD951 S3-01R-1N0-01A LED ASSY LTE-3271SH2<82> LED902 SD-L53-110-0AA LED,SG5311(GRN)<82,77,57> PKM02 S5-610-36D-000 MA V 8283-0512 WH ELCO<EXCEPT 82> PKM02 S5-610-36I-000 CONN,8283-1012 WH ELCO<82>

R951 87-029-105-010 RES,FUSIBLE 10-1/2W<82> SW901 S5-562-82C-000 SW,SKQNQED ALPS 5MM<82,77,57> SW902 S5-562-82C-000 SW,SKQNQED ALPS 5MM<82,77,57> SW903 S5-562-19B-000 SW,SKHV10910B<99,91> SW903 S5-562-82C-000 SW,SKQNQED ALPS 5MM<82,77,57>

SW904 S5-562-19B-000 SW,SKHV10910B<99,91> SW904 S5-562-82C-000 SW,SKQNQED ALPS 5MM<82,77,57>

NICAM C.B<82,77,57> C451 87-015-698-080 CAP,E 4.7-50V<82>

C452 87-015-698-080 CAP,E 4.7-50V<82> C456 87-015-684-080 CAP,E 47-16V<82> C458 87-015-698-080 CAP,E 4.7-50V<82> C459 87-015-698-080 CAP,E 4.7-50V<82>

REF. NO PART NO. KANRI DESCRIPTION

C462 87-015-698-080 CAP,E 4.7-50V<82> C463 87-015-698-080 CAP,E 4.7-50V<82> C464 87-015-698-080 CAP,E 4.7-50V<82> C465 87-015-698-080 CAP,E 4.7-50V<82> C469 87-015-684-080 CAP,E 47-16V<82>

C471 87-015-698-080 CAP,E 4.7-50V<82> C751 87-015-684-080 CAP,E 47-16V<82,77,57> C757 87-015-684-080 CAP,E 47-16V<82,77,57> C758 87-015-681-080 CAP,E 10-16V<82,77,57> C759 87-015-681-080 CAP,E 10-16V<82,77,57>

C762 SC-Q39-21N-409 CAP,0.0039U 100V<82,77,57> C763 SC-Q39-21N-409 CAP,0.0039U 100V<82,77,57> C766 87-010-403-040 CAP,E 3.3-50V<82,77,57> C769 87-015-681-080 CAP,E 10-16V<82,77,57> C770 87-015-684-080 CAP,E 47-16V<82,77,57>

L751 87-005-196-080 COIL,10UH<82,77,57> L752 87-005-196-080 COIL,10UH<82,77,57> L753 87-005-196-080 COIL,10UH<82,77,57> L754 87-003-129-080 INDUCTOR,6800<82,77,57> L755 87-003-129-080 INDUCTOR,6800<82,77,57>

P7M01 S5-618-48F-000 CABLE 9P<82,77,57> P7M02 S5-618-48F-000 CABLE 9P<82,77,57> X751 S5-290-219-000 X’TAL 18.432MHZ<82,77,57> ZD451 SD-Z10-260-9BA ZENER,GDZJ10C 26MM TP<82>

NO.

TYPE MODEL NAME SUFFIX

<82> HV-FX8200 EH <77> HV-FX7700 EH <57> HV-FX5700 EH <99> HV-FX990 Z <91> HV-GX915 Z

TRANSISTOR ILLUSTRATION

E C B

KRA103M KRC103M KTA1267 KTC101M KTC3199

E C B

2SA1980 2SC5343 2SC5344 KSR1003 KSR2003 KTA1268 SRC1201

G D S

SSS3N80A KTC2804

E C B

KTA1273

E C B

KTC3205

9

WIRE HARNESS DIAGRAM

NICAM C.B

<8200,7700,5700>

<8200>

<7700,5700>

KEY 2 C.B

<8200>

<7700,5700>

KEY 1 C.B

<990,915>

KEY2 C.B

KEY1 C.B

P7M01 PM701

1

A.MUTE "H"

2

TU.A.L

3

TU.A.R

4

BBE A.OUT.R

5

AUDIO R.IN

6

NC

7

12VT

8

BBE A.LOUT

9

AUDIO L.IN

P7M02 PM702

1

GND

2

DATA

3

CLK

4

GND

5

SIF

6

5V

7

BBE "L"

8

TU.MONO.AUD

9

GND

PKM02 PMK02

1

LINE3 VIDEO

2

GND

3

LINE3 AUD "L"

4

PWR KEY

5

LINE3 AUD "R"

6

1

5.2VA

7

2

OTPB LED "H"

8

3

KEY RTN 1

9

4

GND

10

5

DATA/POWER KEY

PKM02 PMK02

1

GND

2

KEY RTN1

3

SHUTTLE4

4

SHUTTLE3

5

SHUTTLE2

6

1

NC(SHUTTLE1)

7

2 3 4 5

NC

8

KEY RTN1

9

5.2VA

10

GND

PKM01 PMK01

5.2VA

1

OTPB LED "H"

2

KEY RTN 1

3

GND

4

POWER KEY

5

PKM01 PMK01

GND

1

KEY RTN 1

2

NC

3

NC

4

NC

5

1

2

3

4

5

6

7

8

9

1

2

3

4

5

6

7

8

9

1 2 3 4 5 6 7 8 9

10

1 2 3 4 5 6 7 8 9

10

1 2 3 4 5

MAIN C.B

<8200,7700,5700>

<990>

1 2 3 4 5

<915>

PMD01 PDM01

1 2 3 4 5 6 7

PMC01 PCM01

1

MOTOR GND

2 3

CAP CTL

4 5 6

CAP REV "L"

7 8

P3D02

1 2 3 4 5 6

MS501

1

MODE S1

2

MODE S2

3

MODE S3

4

MODE S4

5

P3D03

12GND

FULLERASE12

P3D01

1 2

Hi-Fi A PB

3

Hi-Fi REC

4

Hi-Fi B PB

5

SP A PB

1

6

SP REC

2

7

SP B PB

3

8

LP A PB

4

1

9

LP REC

5

2

10

LP B PB

6

3

PML01

12LD(+)

6

FLD DATA MS

5

FLD DATA SW 4 3 2 1

D.CTL

M.GND

DFG

12V

PG

GND

5.1V

GND

I-LIMIT

12.3VA CFG

5.1V

CTL(+)

CTL(-)

A/E(-) A/E(+) A.REC

A.PB

GND

LD(-)12

PMJ01

MDO

RES

5.4VA GND

1 2

LOWER

3 4

DRUM

5 6 7

1 2 3 4

CAPSTAN

5

MOTOR

6 7 8

1 2 3

ACE

4

HEADS

5 6

1 2

MS501

3

MODE SW

4 5

FULL ERASE HEAD

1 2 3 4

CYL.

5

HEADS

6 7 8 9

10

LOADING MOTOR

10

BLOCK DIAGRAM-1 (POWER SECTION)

F. -com

D151 D152 D153 D154 D155

SEARCH "H"

R162

Q160

<8200>

F. -com

STANDBY "H"

TO SYS

24/15/12V

-16VG, -21VG,

-27VG

Switching

Q153, Q156

HSR "H"

R163

Q161

24V S/W

Q158,R168,R169

15V S/W

13VA

TO HIFI/SYS

12VA REG.

BLOCK

(Q155,R105, R159,

12VA

C153,ZD151,C151)

TO SYS

Q159,R166,R167

33V

TO TU/IF

TO SYS, DRUM

D158

Q164,

Q165

D159

12V(DRUM)

TO SYS/HIFI

D160

5.4VA

TO AV, TU/IF,

5VT SW

36V S/W

5.2VT

SYSCON

BLOCK

(Q154, R157,

5.2V

TO AV,Hi-Fi, SYS

(Q151, R151,

5V S/W

R152)

BLOCK

(Q152, R153,

R154, D156)

R158,R155)

5.2VG

TO System

5VG S/W

BLOCK

(Q166, R172,

FROM -COM

PWR CTL

BLOCK

R173)

P.CTL"H"

(Q162, C124,

R161)

TIMER "H"

FROM -COM

Q163

Q157

<8200>

RECTIFIER

(D110, C123)

RECTIFIER

9

!

T101

6

TRANSFORMER

SNUBBER

!

R101

4

BD101

(D109, C120,

L104,C121)

& SMOOTHING

10

11

4

!

(D102,R104,

C103

C105,C106)

!

BLOCK

+

2

3

1

FLD Drive

(F102, D107, C118,

ZD104, C155, D108,

FR01, C119)

8

7

!

D141

R141,142,143

S/W BLOCK &

R144,R145,D142,ZD142

Drive Block FET141

(D106, C116,

RECTIFIER

& SMOOTHING

12

!

OVER CURRENT LIMIT

BLOCK

(C101,L102,

LINE FILTER

RECTIFIER

& SMOOTHING

(D105, C115)

FEED-BACK

1

L103,C117)

14

13

2

(IC141,C142,C141,R146,C143,

ZD141,R149,R147,R148)

C102)

!

15

1

4

HOT GND

!

F101

BLOCK

(R116,R117,R118

R119,R120,R121

3

!

C112

!

C113

C114)

IC103

2

!

IC102

HOT CIRCUIT

!

WH

(BL)

PW101

AC INPUT

BK

(BR)

Symbol denotes DC chassis ground.

NOTES : Symbol denotes AC ground.

11

BLOCK DIAGRAM-2 (AUDIO/VIDEO SIGNAL SECTION) <HV-FX990/GX915>

To SYSTEM CONTROL/ SERVO/OSD SECTION

To AUDIO/ VIDEO SECTION

IIC CLK

IIC DATA

VIDEO OUT 1

AUDIO OUT 1

MONO A.IN

IC901

MM1443XJ

INPUT SELECT SW

33 SCL

32 SDA

29

V.OUT3

V.OUT2

30

V.OUT1

31

27 L.OUT1

26 L.OUT2

25 LOUT3

E1.V

E2.V

EXT.V

TU.V

E1.L

E2.L

BUF.V.IN

TU.V.IN

TU.A.L

To POWER/ TUNER SECTION

JK901(1/2)

1

3

5

28

10

8

24TU.L

6EXT.L

21

20

19

18

17

16

15

14

13

12

11

10

8

6

4

2

EURO AV1

AUDIO/VIDEO

9

7

5

3

1

JK901(2/2)

PB AUDIO SIGNAL

REC AUDIO SIGNAL

PB VIDEO SIGNAL

REC VIDEO SIGNAL

42

41

40

39

38

37

36

35

34

33

32

30

28

26

24

22

EURO AV2

DECODER

31

29

27

25

23

12

BLOCK DIAGRAM-3 (AUDIO/VIDEO SIGNAL SECTION) <HV-FXFX8200/FX7700/FX5700>

AV3 IN

To CYL.HEADS

To POWER/ TUNER SECTION

JK9K2

AUDIO-L

JK9K3

AUDIO-R

HiFi PB A

HiFi PB B

HiFi REC

TU.A.L

TU.A.R

PKM02 PMK02

3

5

To SYSTEM CONTROL/ SERVO/OSD SECTION

IIC CLK

IIC DATA

A.ENV

LP REC MUTE "H"

A.H/SW

IC801

TDA9605H

Hi-Fi AUDIO PROCESS

NICAM C.B

<8200>

IC451

BA3880AS

21

IN.L

13

IN.R

95 48

<7700,5700>

OUT.L

OUT.R

P7M01

PM701

22

12

IC901

MM1443XJ

INPUT SELECT SW

29

V.OUT3

30

V.OUT2

31

V.OUT1

VIDEO OUT

E1.V

E2.V

EXT.V

TU.V

To AUDIO/ VIDEO SECTION

BUF.V.IN TU.V.IN

1

3

5

28

To POWER/ TUNER SECTION

OUT(R)

OUT(L)

JK901(1/2)

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

AUDIO

SORTIE G

SORTIE D

EURO AV1

AUDIO/VIDEO

KYE 2 C.B

<8200>

PB AUDIO SIGNAL

REC AUDIO SIGNAL

PB VIDEO SIGNAL

REC VIDEO SIGNAL

MONO A.IN AUDIO OUT 1

To AUDIO/ VIDEO SECTION

MOD A.OUT

To POWER/ TUNER SECTION

JK901(2/2)

42

41

40

39

38

37

36

35

34

33

32

31

30

29

28

27

26

25

24

23

22

EURO AV2

DECODER

1413

BLOCK DIAGRAM-4 (VIDEO SECTION)

ACC

C. COMB LPF

Y

DELAY

MAIN

CONV

C LPF

PB EQ

LPF

YNR

NL

DE EMP

Y/C

MIX

6dB AMP

CLAMP

SERIAL

DECODER

IIC BUS

INTERFACE

DATA

ACQUISITION

SYNC

SEP

DATA

LATCH

DOUBLE

LIMIT

PB PEAKING

MAIN

DE-EMPH

V.H S/WA.AMP

SW

A.MUTE

"H"

CLOCK DATA C SYNC

V.OUT

(TO MICOM)

PB FM

AGC

ENV DET

FM

DEM

SUB LPF

SP ’B’ PB

SP ’A’ PB

V. ENV

COLOR

ROTARY

88

5774 59 52 54 51 61 72 71

46

45

43

41

91

93

10 18 17 21 20 23 24 28 29

11

LP ’A’ PB

LP ’B’ PB

82

85

IC301

LA71598M

AUDIO/VIDEO

PROCESSOR

IC301

LA71598M

AUDIO/VIDEO

PROCESSOR

IC7V1

LC74793

VPS/PDC DECODER

Q301

Q302

Q303

Q304

6

7

16

<8200,7700,990>

FROM

CYL.HEADS

To

CYL.HEADS

<8200,7700,5700,990>

To SYSTEM CONTROL/ SERVO/OSD SECTION

SP REC

C. SYNC REC ’H’

V.OUT

(TO MICOM)

90

LP REC

84

71 72 61 51 52 54 57 59

46

45

43

41

38

34

32

31

3029281918

+

REC FM

EQ

FM MOD

W/D CLIP

MAIN

EMPH

AGC

FBC

NL EMPH

DETAIL ENH

Y-LPF

YNR

BPF1

C. COMB

BPF

Y

DELAY

COMB

AMP

CCD

LPF

S/W

V. IN 1

V.H S/WA.AMP

SW

A.MUTE

"H"

COLOR

ROTARY

10

11

SERIAL

DECODER

CLOCK DATA

23 24

Q303

VIDEO

JK9K1

AV3 IV

PKM02PMK02

1

KYE 2 C.B

<8200>

To Hi-Fi AUDIO/ SCART SECTION

:PB VIDEO SIGNAL

:PB YSIGNAL

:REC VIDEO SIGNAL

:PB CHROMA SIGNAL

:REC Y SIGNAL

:REC CHROMA SIGNAL

R308,R309, C309

1615

BLOCK DIAGRAM-5 (NORMAL AUDIO SECTION)

IC301

LA71598M

AUDIO/VIDEO

PROCESS

To Hi-Fi AUDIO/ SCART SECTION

AUDIO IN 1

78

76

80

ALC

LINE AMP

MUTE

REC

AMP

AUTO

BIAS

99

CONTROL

Q307

FL301,Q311

BIAS OSC

AUDIO

REC/PB

HEAD

Q308, Q309, Q310

REC "H"

99

96 98 7 6

:REC AUDIO SIGNAL

AUDIO

REC/PB

HEAD

IC301

LA71598M

AUDIO/VIDEO

PROCESS

1

100

4

EQ AMP

6

Vref

5

AUDIO

BIAS

LINE AMP

SERIAL

DECODER

MUTE

96

MONO A.OUT

To Hi-Fi AUDIO/ SCART SECTION

24 23

:PB AUDIO SIGNAL

17

DATA CLK

To SYSTEM CONTROL/ SERVO/OSD SECTION

BLOCK DIAGRAM-6 (TUNER, NICAM/A2 SECTION)

144

27

60

59

94

143

141

X751

<990,915>

<8200,7700,5700>

5.4VA

5.2VT

ENTREE

ANTENNE

AERIAL

SORTIE

ANTENNE

RF.OUT

To

SYSTEM CONTROL/

SERVO/OSD

SECTION

To

SYSTEM CONTROL/

SERVO/OSD

SECTION

To

POWER

SECTION

To

Hi-Fi AUDIO/

SCART

SECTION

To

POWER

SECTION

To

Hi-Fi AUDIO/

SCART

SECTION

To

Hi-Fi AUDIO/

SCART

SECTION

:REC VIDEO SIGNAL

:PB VIDEO SIGNAL

:REC AUDIO SIGNAL

:PB AUDIO SIGNAL

144

875

19

Q701

18,432MHz

Audio PLL

SCART Switching Facilities

Demodulator

D/A

D/A D/A

SCART1 R

LOUD-

SPEAKER L

LOUD-

SPEAKER R

SCARTL

SCARTR

IDENT

FM1/AM

FM2

NICAM A

NICAM B

SCART1 L

D/A

A/D

DSP

IC751

MSP3417D-QG

NICAM/A2 BLOCK

18

BLOCK DIAGRAM-7 (SYSTEM CONTROL/SERVO SECTION) <HV-FX8200/FX7700/FX5700>

MAIN (SYSTEM CONTORL/SERVO/OSD SECTION)C.B <8200,7700,5700>

To LOADING MOTOR

To LOWER DRUM PDM01

To CAPSTAN MOTOR PCM01

72,73

83,107

104

103

84,108

9

50

85

51

9MT168GK

IC501

HD6432197XA04F

SYSCON/SERVO/OSD

PROCESS

<8200>

UPD16311GC

DISPLAY DRIVER

<8200>

949

<7700,5700>

<8200>

<7700,5700>

29 38 949 28 501

TSOP1238SP1

<8200>

53,1453501

<8200> <7700,5700>

JK9K3 AUDIO-R

JK9K2 AUDIO-L

JK9K1 VIDEO

<8200>

AV3 IN

<8200>

To Hi-Fi AUDIO/ SCART SECTION

To POWER/ TUNER SECTION

To AUDIO/ VIDEO SECTION

MS501

95

A37

37

17,19

39

77

18

10

36

56

A37

3-888

49,9268-71

ATC24C16-10PC

78,80

21,22

75,76

11,12

4359,60

To POWER/ TUNER SECTION

2019

BLOCK DIAGRAM-8 (SYSTEM CONTROL/SERVO SECTION) <HV-FX990/GX915>

MAIN (SYSTEM CONTORL/SERVO/OSD SECTION)C.B <990,915>

7MT229GK

72,73

To LOADING MOTOR

83,107

104

UPD16311GC

DISPLAY DRIVER

949

To SCART SECTION

To LOWER DRUM PDM01

To CAPSTAN MOTOR PCM01

103

84,108

9

50

85

51

95

IC501

HD6432197XA04F

SYSCON/SERVO/OSD

PROCESS

3-888

A.LEVEL(R) A.LEVEL(L)

A.ENV

To POWER/ TUNER SECTION

29

77

37A37

949

28

38

To AUDIO/ VIDEO SECTION

TSOP1238SP1

4359,60

To POWER/ TUNER SECTION

MS501

17,19

18

49,9268-71

10

36

56

39

A37

78,80

21,22

75,76

11,12

2221

SCHEMATIC DIAGRAM-1 (POWER/TUNER/NICAM SECTION) <HV-FX8200/FX7700/FX5700>

NOTES) Symbol denotes AC ground.

NOTES) Symbol denotes DC chassis ground.

NOTE) Warning

NOTE) Parts that are shaded are critical NOTE) With respect to risk of fire or NOTE) electricial shock.

To SYSTEM CONTORL/ SERVO/OSD SECTION

To Hi-Fi AUDIO/ SCART SECTION

To Hi-Fi AUDIO/SCART SECTION

To AUDIO/ VIDEO SECTION

MAIN(POWER/TUNER SECTION)C.B <8200,7700,5700>

NICAM C.B <8700,7700,5700>

LFS20201404350

ERA18-02KFRB

6

4

8

9

10

2

11

12

13

14

151

7

ERC81-004L22

1

2

3

<8200>

KRA103M

KTA1273

Q162

2SC5343-L:<8200>

KTC3199-BL:<7700,5700>

*

Q163 SRC1201:<8200> KRC101M:<7700,5700>

*

Q166 2SA1980G:<8200> KTA1267-GR:<7700,5700>

KTA1267-GR

*

10u/16V

KRA103M

KSR1003

KTC3205

KTA1273

10u/16V

KRA18-02KFRG

22uH

:REC VIDEO SIGNAL :PB VIDEO SIGNAL :REC AUDIO SIGNAL :PB AUDIO SIGNAL

18.432MHz

C710 43P

/16V

/50V

4.7M/50V

/50V

IC451 BA3880AS

<8200>

ENTREE ANTENNE AERIAL

SORTIE ANTENNE RF.OUT

(DRUM)

G

S

D

SCART Switching Facilities

Demodulator

Audio PLL

D/A

D/A D/A

SCART1 R

LOUD-

SPEAKER L

LOUD-

SPEAKER R

SCARTL SCARTR

IDENT

FM1/AM FM2 NICAM A NICAM B

SCART1 L

D/A

A/D A/D

DSP

2423

NOTES) Symbol denotes AC ground.

NOTES) Symbol denotes DC chassis ground.

NOTE) Warning

NOTE) Parts that are shaded are critical NOTE) With respect to risk of fire or NOTE) electricial shock.

To SYSTEM CONTORL/ SERVO/OSD SECTION

To SCART SECTION

To AUDIO/ VIDEO SECTION

MAIN(POWER/TUNER SECTION)C.B <990,915>

LFS20201404350

ERA18-02KFRB

6

4

8

9

10

2

11

12

13

14

151

7

ERC81-004L22

1

2

3

KRA103M

KTA1273

KTC3199-BL

KRC101M

KTA1267-GR

10u/16V

KRA103M

KSR1003

KTC3205

10u/16V

KRA18-02KFRG

22uH

:REC VIDEO SIGNAL :PB VIDEO SIGNAL :REC AUDIO SIGNAL :PB AUDIO SIGNAL

C710 43P

ENTREE ANTENNE AERIAL

SORTIE ANTENNE RF.OUT

(DRUM)

G

S

D

SCHEMATIC DIAGRAM-2 (POWER/TUNER SECTION) <HV-FX990/GX915>

IC102

1

4

PB

REC

4.0

0.0

PB

REC

4.9

3.9

4.0

PB REC PB REC PB REC

IC103 2.5 2.5 0.0 0.0 3.9 3.9

Gate Anode Cathode

IC141

1

5

PB

REC

1.1

1.3

0.0

PB

REC

3.5

2.0

17.2

17.5

3.7

3.9

PB REC PB REC PB REC Q151 11.9 11.8 14.8 15.0 12.5 12.4 Q152 9.4 9.3 11.8 11.6 10.0 9.9 Q153 11.8 11.7 14.8 15.0 12.4 12.3 Q154 -27.3 -27.9 -27.3 -27.8 -26.6 -27.0 Q155 5.3 5.3 5.2 5.3 0.0 0.0 Q156 -16.1 -16.5 -16.0 -16.4 -15.4 -15.7 Q157 5.3 5.3 5.2 5.2 0.0 0.0 Q158 35.6 36.0 35.3 35.7 35.0 35.4 Q159 5.3 5.3 5.2 5.2 4.5 4.5 Q160 0.0 0.0 0.0 0.0 5.0 5.0 Q161 0.0 0.0 0.1 0.0 5.0 5.0 Q162 5.3 5.3 5.2 5.2 4.5 4.5 Q164 5.3 5.3 5.3 5.3 4.6 4.6 Q165 0.0 0.0 10.0 10.0 0.0 0.0

Emitter Collector Base

VOLTAGE CHART-1 (POWER SECTION) IC BLOCK DIAGRAM-1

IC102 IC141

IC, KA7552

IC103 TRANSISTOR

NOTE: Voltage are DC-measured with a digital voltmeter during TUNER mode.

2625

VOLTAGE CHART-2 (AUDIO/VIDEO SECTION)

IC301

PIN PB REC PIN PB REC PIN PB REC PIN PB REC PIN PB REC

1 2.44 2.42 21 2.41 2.52 41 2.93 2.92 61 3.43 3.43 81 0 0

2 2.44 2.42 22 0 0 42 3.16 3.14 62 3.31 3.32 82 0.03 0.04

3 2.46 2.44 23 4.48 4.52 43 3.02 2.05 63 5 5 83 0 0

4 2.45 2.35 24 4.19 4.23 44 0 0 64 5 5 84 0.03 0.03

5 0.09 0.88 25 1.69 1.69 45 2.34 2.33 65 2.03 2.03 85 0.03 0.03

6 2.46 2.34 26 0.05 0.06 46 1.46 1.44 66 2.66 2.67 86 0 0

7 2.46 2.34 27 0.34 0.34 47 9.13 9.12 67 3.87 3.86 87 4.87 4.80

8 0 0 28 0.34 0.34 48 1.94 1.96 68 0 0 88 1.83 3.97

9 0 0 29 1.78 1.84 49 0.85 0.85 69 0.80 1.27 89 0 0

10 0.93 0.93 30 1.10 4.57 50 0 0 70 1.98 2.92 90 1.83 3.95

11 1.68 1.68 31 2.97 2.94 51 1.83 1.82 71 2.52 2.51 91 1.83 3.98

12 4.98 2.60 32 - 2.3 52 2.71 2.62 72 3.37 1.73 92 0.02 1.55

13 1.49 1.52 33 1.45 1.37 53 0 0 73 3.8 3.17 93 2.17 0.01

14 1.68 1.38 34 1.81 1.79 54 2.62 2.62 74 1.55 0.01 94 0 2.01

15 2.34 2.32 35 3.25 3.22 55 4.91 4.91 75 4.96 4.94 95 0 0

16 5.01 5.02 36 1.82 1.95 56 0.56 0.57 76 2.43 2.41 96 2.29 2.38

17 3.08 0.15 37 4.79 4.79 57 3.44 3.44 77 0.01 0.14 97 0 0

18 1.98 2.45 38 1.81 2.25 58 5.00 5.00 78 2.42 2.42 98 2.43 2.41

19 1.18 2.45 39 4.10 4.10 59 3.36 3.37 79 2.46 2.45 99 5.08 4.28

20 3.01 3.05 40 5.00 5.00 60 3.31 3.31 80 2.43 2.23 100 2.43 2.60

IC7V1

PIN PB/ REC

10

2 2.6

3 5.1

4 5.1

50

6 4.8

7 4.9

8 5.1

9 4.7

10 0

11 2.2

12 2.2

13 0.9

14 0

15 5.1

16 3.0

17 2.6

18 4.7

19 5.1

20 5.0

21 0

22 4.5

23 5.1

24 0

TRANSISTOR

Q301 1.213 3.930 1.864 1.783 3.348 2.435

Q302 1.548 5.158 2.191 1.813 5.147 2.452

Q303 2.151 0 1.499 2.147 0 1.494

Q304 1.217 5.061 1.835 1.216 5.039 1.824

Q305 2.383 0 1.705 2.420 0 1.749

Q306 1.222 0 0.546 1.221 0 0.557

Q307 5.258 0.280 5.176 5.186 3.301 4.352

Q308 0 0 0.744 15.827 0 -21.49

Q309 0 0 0.720 -5.69 0 -21.77

Q310 5.256 5.180 4.053 5.189 -21.64 5.148

Q311 1.224 3.923 1.872 0.271 3.190 0.636

Q3A1 0 5.251 0 1.258 5.179 1.766

Q201 1.313 5.135 1.924 0.625 5.115 0.092

Q202 1.314 5.135 1.237 0.624 5.120 1.219

Q203 0 1.924 0.016 0 0.092 5.111

PB mode REC mode

EC BECB

27

WAVEFORMS-1 (AUDIO/VIDEO SECTION)

1

2 3 4

IC301 Pin 20 500mVp-p PB mode

IC301 Pin

2.2Vp-p REC mode

9

IC301 Pin 5Vp-p PB/REC modes

IC301 Pin

38, 32, 31

1Vp-p Video in

6

IC301 Pin

29

2.1Vp-p PB mode

10

23

IC301 Pin 24 5Vp-p PB/REC modes

IC301 Pin

4.2Vp-p PB/REC modes

765

IC301 Pin 400mVp-p PB mode

11

IC301 Pin 71, 72 340mVp-p REC mode

28

41

IC301Pin

1.4Vp-p REC mode

8

IC301 Pin 600mVp-p PB mode

12

IC301 Pin 300mVp-p PB mode

7

67

51, 52, 54

IC301 Pin 66 600mVp-p PB mode

IC BLOCK DIAGRAM-2

IC, LC74793

IC301 Pin

3.2Vp-p PB mode

151413

11

IC301 Pin

10

1.8Vp-p PB mode

16

IC301 Pin 400mVp-p PB mode

43

28

SCHEMATIC DIAGRAM-3 (AUDIO/VIDEO SECTION)

MAIN(AUDIO/VIDEO SECTION)C.B

To FULL ERASE HEAD

To SYSTEM CONTROL/ SERVO/OSD SECTION

To AUDIO/CTR HEADS

<8200,7700,5700>

To Hi-Fi AUDIO/ SCART SECTION

R3A1 47K:<8200,7700,5700,990> JUMPER:<915>

R3B1

5.1K:<8200,7700,5700,990>

3.3K:<915>

(2/10)

<8200,7700,5700,990>

AUDIO/VIDEO PROCESSOR

(3/10) (4/10)

11 11

R321

1.2K:<8200,7700,5700,990> 1k:<915>

8

13

(5/10)

(6/10)

12

1212

(7/10)

To CYL.HEADS

<8200,7700,5700>

To SYSTEM CONTROL/ SERVO/OSD SECTION

To POWER/ TUNER SECTION

<915>

<990>

(1/10)

<8200,7700,5700,990>

(3/4)

(1/4)

(1/3)

(2/4)

(1/3)

(1/4)

(2/3)

16

7

2

1

10

5

15

4

14

9

3 6

(8/10)

VPS/PDC

DECODER

To Hi-Fi AUDIO/ SCART SECTION

<8200,7700,5700>

To SCART SECTION

<990,915>

<8200,7700,5700>

:REC VIDEO SIGNAL

:REC Y SIGNAL

:REC CHROMA SIGNAL

:PB VIDEO SIGNAL

:PB YSIGNAL

:PB CHROMA SIGNAL

:PB AUDIO SIGNAL

:REC AUDIO SIGNAL

R305

1.5K:<8200,7700,5700,990>

330:<915>

WAVE FORM

L303 100u:<8200,7700,5700,990> 56u:<915>

R313 470:<8200,7700,5700,990> 390:<915>

(4/4)

(2/3)(2/3)(9/10)(10/10)

(3/3)

(3/3) (3/3)

<8200,7700,990>

3029

SCHEMATIC DIAGRAM-4 (Hi-Fi AUDIO/SCART SECTION) <HV-FX8200/FX7700/FX5700>

To POWER/ TUNER SECTION

To AUDIO/ VIDEO SECTION

To SYSTEM CONTROL/ SERVO/OSD SECTION

To POWER/ TUNER SECTION

To SYSTEM CONTROL/ SERVO/OSD SECTION

MAIN(Hi-Fi AUDIO/SCART SECTION)C.B <8200,7700,5700>

<8200>

C8R3 10K

GDZJ13A

IIC

Hi-Fi AUDIO

PROCESSOR

GDZJ5.6B

47/16

GDZJ5.1B

GDZJ13A

C964 1/50

IC901

MM1443XJ

INPUT SELECT SW

1/50

22/16

1/50

C8R4 10K

<8200>

SORTIE G

SORTIE D

JK901(1/2)

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

AUDIO

OUT(R)

OUT(L)

EURO AV1

AUDIO/VIDEO

To POWER/ TUNER SECTION

To AUDIO/ VIDEO SECTION

To SYSTEM CONTROL/ SERVO/OSD SECTION

To AUDIO/ VIDEO SECTION

To POWER/ TUNER SECTION

GDZJ5.1B GDZJ5.1B

PB AUDIO SIGNAL

REC AUDIO SIGNAL

PB VIDEO SIGNAL

REC VIDEO SIGNAL

<8200>

C922 82PF

4.7u/50

<7700,5700>

J9B1

J9B2

<7700,5700>

15P

1/50

JK901(2/2)

42

41

40

39

38

37

36

35

34

33

32

31

30

29

28

27

26

25

24

23

22

EURO AV2

DECODER

To POWER/TUNER SECTION

To SYSTEM CONTROL/ SERVO/OSD SECTION

3231

PB VIDEO SIGNAL

REC VIDEO SIGNAL

PB AUDIO SIGNAL

REC AUDIO SIGNAL

JK901(2/2)

JK901(1/2)

MAIN(SCART SECTION)C.B <990,915>

To POWER/ TUNER SECTION

To AUDIO/ VIDEO SECTION

To SYSTEM CONTROL/ SERVO/OSD SECTION

To POWER/TUNER SECTION

To SYSTEM CONTROL/ SERVO/OSD SECTION

IIC

L801 10u

C832 47/16

ZD801

GDZJ5.1B

ZD802

GDZJ5.6B

WIRE

1/50

22/16

Q904

KRC103M

Q903

KRC103M

Q902

KRA103M

R964

820

R965

1K

98

97

SCART "H"

16:9 "H"

INPUT SELECT SW

ZD805

GDZJ5.1B

ZD806

GDZJ5.1B

A.LEVEL(L)

A.LEVEL(R)

31

32

EURO AV1

AUDIO/VIDEO

1

3

5

7

9

11

13

15

17

19

21

2

4

6

8

10

12

14

16

18

20

EURO AV2

DECODER

22

24

26

28

30

32

34

36

38

40

42

23

25

27

29

31

33

35

37

39

41

15P

IC901

MM1443XJ

VOLTAGE CHART-3 SCHEMATIC DIAGRAM-5 (SCART SECTION) <HV-FX990/GX915> (Hi-Fi AUDIO/SCART SECTION)

IC801

PB

3.6

4.4

4.2

0.9

5.1

0.0

0.7

0.6

0.7

11.9

3.9

0.8

3.9

0.0

0.8

3.9

REC

1.9

4.4

4.1

0.9

5.0

0.0

4.2

4.3

4.2

4.3

12.0

3.9

0.8

3.9

0.0

40

35

30

0.8

IC801(TDA9605H)

PB

3.8

3.9

3.8

3.9

5101520

3.9

3.8

0.0

3.9

0.0

6.0

0.0

3.9

3.8

3.9

0.0

3.8

0.0

6.0

0.0

6.0

3.9

25

6.0

4.5

3.8

6.1

4.6

3.8

IC901

PB

REC00

PB

REC

4.8

2.7

11.6

2.7

11.6

IC BLOCKDIAGRAM-3

IC, MM1443XJ

4.7

2.7

TUN-V

3.8

1.5

3.3

5.5

3.8

1.5

3.3

5.5

30

25 20

5.5

0

5.5

0

IC901(MM1443)

51015

11.6

3.5

5.5

11.7

5.5

11.6

3.5

5.5

5.500

5.5

11.7

5.500

5.5

5.500

SW1

Vcc2

24

BUF

31

V OUT1

Vcc1

28

1

E1-V

3

E2-V

5

EXT-V

24

TUN-L

0.12dB

10

E1-L

8

E2-L

6

EXT-L

20

TUN-R

EXT-R

E1-R

E2-R

BIAS

MUTE

SDA

SCL

0.12dB

16

14

12

7

9

32

33

BIAS

I2C LOGIC

19

GND1

SW2

6dB

SW3

6dB

SW4

SW5

0,2,4,6dB

SW6

0,2,4,6dB

SW7

SW8

0,2,4,6dB

SW9

0,2,4,6dB

34

GND2

75 Drive

BUF

600 Drive

BUF

600 Drive

30

29

27

26

25

23

22

21

13

15

11

V OUT2

V OUT3

L OUT1

L OUT2

L OUT3

R OUT1

R OUT2

R OUT3

PORT1

PORT2

FS

3433

SCHEMATIC DIAGRAM-6 (SYSTEM CONTROL/SERVO SECTION) <HV-FX8200/FX7700/FX5700>

6

3

4 7

8 9

5 1

2

10

To LOADING MOTOR

To AUDIO/VIDEO SECTION

To LOWER DRUM PDM01

To CAPSTAN MOTOR PCM01

MODE SW

To AUDIO/VIDEO SECTION

To POWER/TUNER SECTION

To POWER/ TUNER SECTION

To Hi-Fi AUDIO/ SCART SECTION

To KEY 1 C.B PKM01

To KEY 2 C.B PKM02

MAIN(SYSTEM CONTROL/SERVO/OSD SECTION)C.B <8200,7700,5700>

<8200>

<7700,5700>

<8200>

<7700,5700>

-10PC

TOH-48A94B2-C

KTA1273

KRC103M

<8200>

GDZJ6.8C

470u/6.3V

47u/50V

GP1S566

KRC103M

<5700>

<8200,7700>

UPD16311GC-AB6

<8200>

<5700>

<8200>

<5700>

<7700,5700>

HD6432197XA04F

6 5 4 3 2 1

64 65 82 77

141

FLD DATA MS

FLD DATA SW

MDO

RES

5.4VA GND

PMJ01

LOADING MOTOR DRIVE

EEPROM

RESET

DISPLAY

9MT168GK

SYSCON/SERVO/OSD

PROCESS

DISPLAY DRIVER

POWER

FAIL

TSOP1238SP1

R/C RECIVER

<8200>

J502

<7700,5700>

(1/5)

(1/9)

(4/5)

(3/5)

(2/3)

(1/3)

(2/9)

(3/9)

(1/3)

(1/4)

(1/9)

(2/4)

(5/5)

(3/3)

(5/5)

(9/9)

(8/9)

(7/9)

(6/9)

(5/9)

(4/9)

(3/9)

(1/3)

(5/5)

(1/5)

(2/9)

(7/9)

(6/9)

(8/9)

(4/5)

(2/5) (2/5)

(9/9)

(3/3)

(3/5)

(4/4)

(3/4)

(5/9)

(2/3)

(3/3)

(2/3)

(4/9)

(2/5)

GDZJ6.8C

3635

VOLTAGE CHART-4 (SYSTEM CONTROL/SERVO SECTION)

IC501

PIN PB REC PIN PB REC PIN PB REC PIN PB REC PIN PB REC

1 0 0 21 2.45 2.47 41 0 0 61 5.15 5.15 81 3.37 3.37 2 2.54 2.42 22 2.42 2.42 42 0 0 62 5.0 5.0 82 5.26 5.26 3 2.54 2.44 23 0 0 43 5.05 5.05 63 4 2.54 2.35 24 2.30 0 44 0 0 64 5 2.54 0.88 25 0 45 5.25 5.28 65 5.30 5.30 85 3.12 3.10

0.8

(MONO)

6 2.55 2.34 26 5.28 5.27 46 0 0 66

PULSE PULSE PULSE PULSE

PULSE PULSE

83 2.5 2.5 84 2.78 2.79

86 H/L H/L 7 2.65 2.34 27 4.67 4.71 47 0 5.23 67 0.85 0.85 87 H/L H/L 8 2.53 0 28 5.28 5.28 48 0 0 68 5.30 5.30 88 5.04/0 0

PULSE

9

0 29 5.28 5.28 49 H/L H/L 69 0 0 89 0.33 0.30 10 5.11 0.93 30 5.25 5.28 50 0 0 70 5.30 5.31 90 0 0 11 1.91 1.68 31 * * 51 0 0 71 5.30 5.31 91 5.23 5.23 12 1.92 2.60 32 * * 52 0 0 72 5.20 5.20 92 H/L H/L 13 2.23 1.52 33 0.47 0.44 53 0 0 73 5.20 5.20 93 0 0

PULSE PULSE

14

34 0 0 54 3.18 3.20 74 0 0 94 0 0 15 0.37 2.32 35 5.28 5.28 55 5.25 5.25 75 1.57 1.58 95 0 0 16 2.01 5.02 36 5.28 5.28 56 5.26 5.26 76 1.40 1.40 96 0 0 17 2.41 0.15 37 4.86 4.86 57 0 0 77 5.25 5.25 97 0 0 18 5.11 2.45 38 5.28 5.28 58 0 0 78 2.56 2.56 98 5.25 5.25 19 2.48 2.45 39 2.17 2.18 59 20 0 0 40 0 0 60

PULSE PULSE PULSE PULSE

79 0 0 99 H/L H/L 80 2.56 2.56 100

0(SP)/5.25(LP)

• * 31, *32:Voltage level is different as the TAPE. * 88: CST TAB of thr TAPE: 0 VOLT

NOCST TAB of the TAPE: 5.04 VOLT

PIN PB REC 101 0 1.44 102 5.25 5.25 103 104 105 H/L H/L 106 H/L H/L 107 H/L H/L 108 H/L H/L 109 0 0 110 0 0 111 112 5.26 5.26

PULSE PULSE PULSE PULSE

PULSE PULSE

IC502 IC504

PB

0.35

0.78

11.68

REC

0.36 10

0.78

11.8

2.17

IC502

Pulse Pulse

0.51

0.52

Pulse Pulse

5

2.16

51

PB

0.35

5.29

5.2900

0.77

0.78

REC00

IC503 IC505

PB

REC

IC503

1

PB

REC00000000

SYSTEM IC IC5F1

Emitter Collector Base

PB REC PB REC PB REC Q501 0 0 0 0 0.66 0.66 Q502 0 0 2.17 2.18 0.26 0.28 Q503 5.29 5.29 5.27 5.26 4.8 4.59 Q5S1 0.46 0.44 2.43 2.36 0 0 Q5Y1 12.00 12.05 0 0 12.00 12.05 Q5Y2 0 0 12.01 12.08 0 0 Q514 0 0 H/L H/L H/L H/L Q515 0 0 H/L H/L H/L H/L

PIN PB/REC

1 5.3 20 3 5.2

PIN PB/REC

1 5.3 20 3 5.2

PIN PB/REC PIN PB/REC PIN PB/REC PIN PB/REC

1 0 14 5.27 27 -30.2 40 -26.9 2 0 15 0 28 -29.3 41 -27.1 3 0 16 -23.6 29 29.3 42 -27.1 4 0 17 -14.2 30 0 43 -27.1 5 5.3 18 -23.6 31 0 44 5.3 6 5.05 19 -29.9 32 -13.7 45 5.3 7 5.27 20 -26.6 33 5.3 46 5.2 8 5.11 21 -9.7 34 -30.4 47 5.3

9 4.89 22 -6.9 35 -3.9 48 0.85 10 0.27 23 -16.5 36 -26.7 49 0 11 0.27 24 -16.5 37 -26.7 50 0 12 0.39 25 -7 38 -26.7 51 0 13 2.77 26 -30.2 39 -26.7 52 0

37

WAVEFORMS-2 (SYSTEM CONTROL/SERVO SECTION)

1

2 3 4

V.H/SW (IC501 Pin 1V/10mS REC/PB modes

5

DFG (IC501 Pin 1V/1mS REC/PB mode

9

V-OUT (IC501 Pin 500mV/20µS EE/PB modes

105 )

104 )

19 )

DV-SYNC (IC501 Pin 109 ) 1V/100µS QUE/REV modes

6

DPG (IC501 Pin 103 ) 1V/10mS REC/PB modes

10

C-SYNC (IC501Pin 1V/100µS EE/PB modes

111 )

CTL+ (IC501 Pin 3 ) 1V/10mS

7

CFG (IC501 Pin 1V/10mS

9 )

CTL– (IC501 Pin 1V/10mS

8

V-IN (IC501 Pin 500mV/20µS

4 )

17 )

38

SCHEMATIC DIAGRAM-7 (SYSTEM CONTROL/SERVO SECTION) <HV-FX990/GX915>

MAIN(SYSTEM CONTROL/SERVO/OSD SECTION)C.B <990,915>

To LOADING MOTOR

To AUDIO/VIDEO SECTION

To LOWER DRUM PDM01

To CAPSTAN MOTOR PCM01

MODE SW

GDZJ6.8C

47u/50V

LOADING MOTOR DRIVE

(4/4)

470u/6.3V

(3/4)

(5/9)

RESET

EEPROM

-10PC

(3/5)

(2/3)

(4/9)

(3/3)

(2/5)

(2/5) (2/5)

(4/5)

6

5 1

2

(2/3)

(9/9)

7MT229GK

DISPLAY

(1/5)

(2/9)

(5/5)

<915>

To KEY 1 C.B PKM01

(7/9)

(6/9)

64 65 82 77

141

(9/9)

To KEY 2 C.B PKM02

(8/9)

PMJ01

6

FLD DATA MS

5

FLD DATA SW 4 3 2 1

MDO

RES

5.4VA GND

HD6432197XA04F

SYSCON/SERVO/OSD

PROCESS

10

3

4 7

8 9

(1/3)

(3/9) (4/9)

(5/9)

(6/9)

(8/9)

(7/9)

<915>

(9/9)

POWER

FAIL

UPD16311GC-AB6

DISPLAY DRIVER

R/C RECIVER

TSOP1238SP1

(3/3)

(5/5)

(2/9)

To SCART SECTION

GP1S566

KRC103M

(1/3)

To AUDIO/VIDEO SECTION

(2/3)

(3/5)

(4/5)

To POWER/TUNER SECTION

GDZJ6.8C

(1/9)

(1/5)

<990>

<915>

(2/4)

(1/9)

(1/4)

(1/3)

(3/9)

To POWER/ TUNER SECTION

4039

FL DISPLAY-1 <HV-FX8200/FX7700/FX5700>

FL DISPLAY-2 <HV-FX990/GX915>

• GRID ASSIGNMENT

• ANODE CONNECTION

4241

1

234567

8

9

10

11 12 13

14

A

B

C

D

E

F

G

H

I

J

WIRING-1 (MAIN C.B) <HV-FX8200/FX7700/FX5700>

D5B1

D5C4

To FULL ERASE HEAD

25

23

21

19

18

15

13

11

9

7

5

3

1

(1/2)

(2/2)

JK901(1/2) EURO AV1

AUDIO/VIDEO

JK901(2/2) EURO AV2

DECODER

B C E

ECB

E C B

B C E

ECB

E C B

E

C

B

E C B

B C E

E C B

B C E

ECB

R/C5F1 REMOTE SENSOR

MAIN C.B

AC INPUT

46

B

C

E

13

MODE SW

3

1

3

1

2

1

L705

C710

R7M2

C714

C7M2

C713

C7M6

R7M3

R7M1

C8R4

C8R3

C7M1

1

3

2

PMD01

To LOWER DRUM PDM01

P3D02

To AUDIO/CTL HEAD

PML01

To LOADING MOTOR

PMC01

To CAPSTAN MOTOR PCM01

P3D01

To CYL.HEADS

To NICAM C.B P7M02

To KEY 2 C.B PKM02

To NICAM C.B P7M01

P3D03

To KEY 1 C.B PKM01

C344

2

426

610

CS501

(CST/TAP.SW)

SORTIE D

SORTIE G

OUT R

OUT L

JK801

AUDIO

ENTREE ANTENNE AERIAL

SORTIE ANTENNE RF.OUT

<8200,7700>

J9B1

J9B2

<7700,5700>

J502

<8200>

<5700>

<7700,5700>

<8200>

10P:<8200> 6P:<7700,5700>

10P:<8200> 5P:<7700,5700>

C123

D110

R122

E C B

B C E

R166

R167

R169

Q161

Q159

R163

Q158 Q160

D5B4

D5B5

D5C1

R5Y4

IR501

E C B

Q5Y2

C5Y1

R5Y2

R5Y1

L5Y1

Q5Y1

R951

C922

R162

16

1

5

9

5

1

9

<8200>

<7700,5700>

<8200>

10P:<8200> 5P:<7700,5700>

GSD

4443

1

234567

8

9

10

11 12 13

14

A

B

C

D

E

F

G

H

I

J

WIRING-2 (MAIN C.B) <HV-FX990/GX915>

D5C4

To FULL ERASE HEAD

B C E

ECB

E C B

E

C

B

B C E

ECB

E C B

E

C

B

E C B

B

C

E

B

C

E

B C E

E C B

B C E

ECB

R/C5F1 REMOTE SENSOR

MAIN C.B

AC INPUT

46

B

C

E

13

MODE SW

3

1

3

1

2

1

L705

C710

R7M2

C714

C7M2

C713

C7M6

R7M3

R7M1

C7M1

1

3

2

PMD01

To LOWER DRUM PDM01

P3D02

To AUDIO/CTL HEAD

PML01

To LOADING MOTOR

PMC01

To CAPSTAN MOTOR PCM01

P3D01

To CYL.HEADS

To KEY 2 C.B PKM02

P3D03

To KEY 1 C.B PKM01

16

2

1

3

2

46

C344

1

3

5

7

8

10

13

15

18

19

21

23

25

<990>

<915>

<990>

6P:<990> 3P:<915>

<915>

D5A2

ECB

E C B

Q903

Q904

Q902

R964

R965

C9A7

C9A5

C9A6

C9A4

C9A2

C9A3

C9A1

GSD

4645

KEY 1 C.B <8200,7700,5700>

To MAIN C.B SYSTEM CONTROL/ SERVO/OSD SECTION PMK01

KEY 1 C.B <990,915>

To MAIN C.B SYSTEM CONTROL/ SERVO/OSD SECTION PMK01

KEY 2 C.B <8200,7700,5700>

To MAIN C.B SYSTEM CONTROL/ SERVO/OSD SECTION PMK02

KEY 2 C.B <990,915>

To MAIN C.B SYSTEM CONTROL/ SERVO/OSD SECTION PMK02

SH9V1

PLAY

SW905

REC/OTR

SW905

REC/OTR

SW906

PAUSE/STILL

SW910

STOP

SW911

EJECT

SW907 SW908 SW909

REW/

SW907

/REW

.REW/ /F.FWD

/F.FWD

SW909

/F.FWD

PLAY

SW908

PLAY

SW910 STOP/EJECT

<7700,5700>

<8200>

(

<8200>

<7700,5700>

<8200>

<7700,5700>

<8200>

<7700,5700>

JK9K3

JK9K2

JK9K1

VIDEO

AUDIO-L

AUDIO-R

AV3 IN

POWER STANDBY/ON

SW904

ONE-TOUCH PLAYBACK

CHANNEL

SW903

ONE-TOUCH PLAYBACK

SW903,LD901

SW902

CHANNEL

SW901

SRC1201

SG5311

SW906

PAUSE/STILL

CHANNEL

SW912

CHANNEL

SW911

SCHEMATIC DIAGRAM-8 (KEY1 SECTION) <HV-FX8200/FX7700/FX5700>

SCHEMATIC DIAGRAM-10 (KEY2 SECTION) <HV-FX8200/FX7700/FX5700>

SCHEMATIC DIAGRAM-9 (KEY1 SECTION) <HV-FX990/GX915>

SCHEMATIC DIAGRAM-11 (KEY2 SECTION) <HV-FX990/GX915>

4847

1

234567

8

9

10

11 12 13

14

A

B

C

D

E

F

G

H

I

J

WIRING-3 (KEY1 C.B) <HV-FX8200) WIRING-5 (KEY1 C.B) <HV-FX7700/FX5700> WIRING-7 (KEY1 C.B) <HV-FX990/GX915>

SH9V1

1

1510

7

C922

SW905

C924

R901

R902

SW906

SW911

SW910

C920

C921

R999

R906

R905

R903

R904

PKM01

To MAIN C.B PMK01

KEY 1 C.B

6870R1268AA

SH9V1

PLAY

/REW/F.FWD

SW911 EJECT

SW906

PAUSE/STILL

SW910 STOP

SW905

REC/OTR

KEY 2 C.B

To MAIN C.B PMK02

SW902

CHANNEL

SW901

ONE-TOUCH PLAYBACK

SW903,LED902

POWER STANDBY/ON

SW904

JK9K3 JK9K2 JK9K1

VIDEO

R-AUDIO-L

AV3 IN

B

C

E

To MAIN C.B PMK01

KEY 1 C.B

SW907

REW/

SW911

EJECT

SW905

REC/OTR

SW909

/F.FWD

SW908

PLAY

SW906

PAUSE/STILL

SW910 STOP

POWER STANDBY/ON

SW904

ONE-TOUCH PLAYBACK

SW903,LED902

SW902

CHANNEL

SW901

BCE

To MAIN C.B PMK02

KEY 2 C.B

To MAIN C.B PMK01

KEY 1 C.B

SW906

PAUSE/STILL

SW907

/REW

SW908

PLAY

SW910

STOP/EJECT

SW905

REC/OTR

SW909

/F.FWD

CHANNEL

SW911

CHANNEL

SW912

KEY 2 C.B

To MAIN C.B PMK02

B

C

E

ONE-TOUCH PLAYBACK

SW903,LD901

POWER STANDBY/ON

WIRING-4 (KEY2 C.B) <HV-FX8200> WIRING-6 (KEY2 C.B) <HV-FX7700/FX5700> WIRING-8 (KEY2 C.B) <HV-FX990/GX915>

5049

WIRING-9 (NICAM C.B)

1

A

234567

NICAM C.B

B

C

<8200>

ECB

D

ECB

To MAIN C.B

E

F

G

H

PM701

ECB

To MAIN C.B PM702

I

J

51

ADJUSTMENT

Test Equipment

• Oscilloscope • Test Tape

• AC Millivolt Meter TTV-P1

Adjustment Location

MAIN C.B (TOP VIEW)

TU701

H/SW

W503 W502

P3D01

IC501

IC301

P3D02

IC5F1

T101

PMC01

MS501

PMK02

52

1. Servo Adjustment

1) PG Adjustment

MODE MEASUREMENT POINT ADJUSTMENT POINT SPECIFICATION

PLAY VIDEO OUT 'PLAY' KEY (SET)

(TTV-P1) H/SW (W502, W503) 'O' KEY (REMOCON)

+

6.5H ± 0.5H

• Adjustment Procedure

1. Insert the PAL SP Test Tape (TTV-P1) and play.

Note - Adjust the distance of X, pressing the Tracking(+) or Tracking(-) when the “ATR” is blink after the

PAL SP Test Tape is inserted.

2. Connect the CH1 of the oscilloscope to the H/SW (W502, W503) and CH2 to the Video Out for the VCR.

3. Trigger the mixed Video Signal of CH2 to the CH1 H.SW (W502, W503), and then check the distance (time

difference), which is from the selected A(B) Head point of the H.SW(W502, W503) signal to the starting

point of the vertical synchronized signal, to 6.5H ± 0.5H (416µs, 1H=64.0µs).

• WAVEFORM

H/SW

6.5H(616µs)

Composite

VIDEO

53

IC DESCRIPTION

IC, HD6432197X

Pin No. Pin Name I/O Description

1

SVss

–

Servo Block GND

10

11

12

13

14

15

16

17

18

2

3

4

5

6

7

8

9

CTLref

CTL(+)

CTL(–)

CTL BIAS

CTL FB

CTL AMP (O)

CTL SMT(I)

CFG

SVcc

AFCpc

AFCosc

AFCLPF

C_SYNC

VLPF/VSYNC

Cvin2

Cvin1

OSD Vcc

O

I/O

O

–

I/O

–

Svcc/2 output, and CTL amp reference voltage input

CTL(+) input/output

CTL(-) input/output

I

CTL amp bias voltage

I

CTL feedback SW control

CTL primary amp output

I

CTL Schmitt amp input

I

CFG input

Servo Block power supply (+5V)

For the connection of AFC “C” of sync separator

Generates AFC of sync separator

LPF of sync separator

C. SYNC input

I

Capacitor connection GND

I

Video signal input for NTSC captions slicer

I

Video signal input for OSD

OSD Block power supply (+5V)

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

CVout

OSD_VSS

4/2FscOUT

4/2FscIN

AVss

V.ENV

A.ENV

PG ADJ

AFT

KEY0

KEY1

N.C

A. LEVEL (L)

A. LEVEL (R)

SECAM DET 'H'

C+ DETECT

N.C

O

Video signal output

I

OSD Block GND

O

For the connection of subcarrier oscillator

I

For the connection of subcarrier oscillator, S/W selectable

–

A/D Block GND

I

Video envelope input

I

HiFi envelope input

I

For PG delay adjustment

I

AFT +/- input for tuner

I

Key Return 0

I

Key Return 1

–

Not connected

I

Audio (L) input to drive level meter

I

Audio (R) input to drive level meter

I

SECAM discrimination signal input

I

C+ & 2nd pass 16:9 detector

–

Not connected

36

37

38

39

40

41

42

A/D Vcc

P.FAIL

PWR KEY

CSYNC_IN

A.MUTE 'H'

S2V.IN 'H'

SE/MESECAM 'H'

–

O

I/O

A/D Block power supply

I

Power failure input

Output to eliminate noise interfering with blue background signal

I

SYNC input to detect whether signal is present

Output to control audio muting

Output to switch the input selector

“H” is input from Y/C in SECAM/MESECAM mode.

54

Pin No. Pin Name I/O Description

43

R/C IN

I

Remote input

44

45

46

47

48

49

50

51

52

53

54

55

56

57

58

59

60

S Canal

N.C

VCR 'H'

REC 'H'

OSD 'H'

T/UP REEL

CAP. REC 'H'

TOP SENSOR

SEARCH 'H'

PLUS2 DATA

R. FINDER

R/FIND MUTE 'L'

MAIN VCC

MAIN VSS

HSR 'H'

IIC CLK

IIC DATA

I/O

–

O

I

O

I

O

I/O

–

I/O

O

I/O

C + & 2nd pass 16 : 9 detector

Not connected

TV/VCR control output

Recording current control output

OSD color control in YC SECAM/MESECAM mode

Take-up reel input

Capstan forward/reverse control output

Top sensor input

Capstan Vcc control output

VCR Plus+ II control code output

Remote control finder output control

Remote control finder muting control

Micom power supply

Micom GND

Capstan Vcc control output

IIC control clock pin

IIC control data pin

61

62

63

64

65

66

67

68

69

70

71

72

73

74

75

76

77

TIMER 'H'

P. CTL 'H'

FLD CLK

FLD DATA MS

FLD DATA SM

FLD ENA

STAND BY 'H'

MODE SW 4

MODE SW 3

MODE SW 2

MODE SW 1

LD (–)

LD (+)

FWE

X2 (32.768kHz/OUT)

X1 (32.768kHz/IN)

_______

RES

O

Power switch for VPS check during power off

O

VCR main power control output

O

FLD control clock output

O

FLD data output to Micom

I

Micom data input from FLD

O

FLD enable output

O

3W mode control output (FLD power off)

I

MD/SW4 input

I

MD/SW3 input

I

MD/SW2 input

I

MD/SW1 input

O

Loading motor drive (-)

O

Loading motor drive (+)

I

Flash memory write designation pin: Open for mask product

O

For the connection of 32.768 kHz OSC

I

For the connection of 32.768 kHz OSC

I

Micom reset pin (“L” active)

78

79

80

81

82

83

OSC1 (IN)

Vss

OSC2 (OUT)

VCL

MDO

D. ADJ

I

–

O

I

I/O

For the connection of 10 MHz OSC

Micom GND

For the connection of 10 MHz OSC

For the connection of capacitor to stabilize power supply (capacitor connected to Vss)

Designates advanced mode, coupled at “H”

Drum control output during slow

55

Pin No. Pin Name I/O Description

84

CAP ACCEL

I/O

Capstan control output during slow

85

86

87

88

89

90

91

92

93

94

95

96

97

98

99

100

101

I-LIMIT

S. MONITOR2

S. MONITOR1

CST SW

RX

TX

BBE 'L'

SUP. REEL

TU. SEC VL 'H'

TU. SEC 'H'

END SENSOR

LP REC MUTE 'H'

16:9 'H'

SCART 'H'

C. ROT

H. AMP SW

COMP IN

I/O

O

I/O

Output to control capstan current

Servo monitor 2

Servo monitor 1

I

CST SW/REC Tab input

I

AV link data input

AV link data output

BBE: AIWA RGB PATH: AKAI

I

Supply reel input

Tuner SECAM VHF-L band switching control

Tuner SECAM mode control

I

End sensor input

Hi-Fi audio is muted during LP recording

TV 16:9 mode control

TV audio line mode switching

Color rotary SW signal output

Head amp SW output

Comparator input

102

103

104

105

106

107

108

109

110

111

112

CTL GAIN ADJ

DPG

DFG

V.H/SW

A.H/SW

DRUM PWM

CAP.PWM

DV. SYNC

VSS

C.SYNC IN

VCC

I/O

O

–

CTL siganl Gain control

I

DPG input

I

DFG input

V.HD/SW output

A.HD/SW output

Drum PWM control

Capstan PWM control

DVSYNC output

Micom GND

I

C.SYNC input for sync separator

Micom power supply

56

IC, µPD16311GC-AB6

Pin No. Pin Name I/O Description

1 ~ 4

5

6

SHTL1 ~SHTL4

DATA OUT

DATA IN

I

4-bit general-purpose input pins

Serial data output.

O

Lower bits are first output synchronized with the trailing edge of shift clock. (The

output is Nch open drain.)

Serial data input.

I

Lower bits are first input synchronized with the leading edge of shift clock.

7

8

9

10

11

12

13

14

15 ~ 26

27 ~ 32

33

34

35

36 ~ 44

45

IC

CLOCK

FLD ENV

KEY1

KEY2

KEY3

KEY4

Vdd

P1 ~ P12

P13 ~ P16

Vdd

Vcc

NC

G1 ~ G9

Vdd

–

Must always be set to open (set to VDD voltage)

I

Serial data is input at the leading edge, and data is output at the trailing edge.

The leading or trailing edge initializes the serial I/F to stand by for receiving a

command. The data input after the STB trailing edge is processed as a command.

When command or data is being processed, the processing is interrupted and the serial

I/F is initialized. When STB is “H”, CLK is ignored.

I

Data input to these pins is latched in the final stage of display cycle.

I

–

5 V ± 10%

O

Exclusively used for segment outputs

O

Segment/grid outputs swicthable

–

5 V ± 10%

–

Vdd – 35 V MAX.

Not connected

O

Exclusively used for grid outputs

–

5 V ± 10%

46 ~ 48

49

50

51

52

NC

OTPB LED 'H'

NC

Vss

OSC

O

Not connected

O

OTPB LED Driver (OTPB mode “H”)

O

Not connected

–

Connected to system ground

–

For the connection of resistors that determine the oscillation frequency

57

MECHANICAL EXPLODED VIEW 1/1

1

P.C.B

A43

P.C.B

4

A

6

7

5

A

B

C

8

TU701

11

DIG501

10

9

2

12

3

A43

2

1

3

(FX7700/FX5700 Models)

(FX8200 Model)

(FX990/GX915 Models)

58

MECHANICAL MAIN PARTS LIST 1/1

REF. NO PART NO. KANRI DESCRIPTION

1 ———— PANEL FRONT<82> 1 ———— PANEL FRONT(7700K)<77> 1 ———— PANEL FRONT(FX5350EH)<57> 1 ———— PANEL FRONT(BFA408P)<99> 1 ———— PANEL FRONT(GX915Z)<91>

2 S4-426-81A-000 SPR,DOOR 3 S5-80R-V00-6A0 DOOR CST(VCR)<82> 3 S5-80R-V00-1E0 DOOR CST(7700EH)<77> 3 S5-80R-V00-1K0 DOOR CST(FX5350EH)<57> 3 S5-80R-003-3R0 DOOR CST(BFA408P)<99>

3 S5-80R-003-3X0 DOOR CST(GX915Z)<91> 4 ———— DECK ASSY,D33K(4HF, PAL,HREW)<82> 4 ———— DECK ASSY,D33K(4HF, PAL)<77,57> 4 ———— DECK ASSY,D33K(4HD-25,PAL)<99> 4 ———— DECK ASSY,D33K(2HD,PAL,VCR)<91>

5 S5-50R-021-0A0 COVER BOTTOM 6 ———— FRAME,MAIN 7 S1-10R-012-8U0 CASE,TOP ! 8 S4-10R-CHD-01A POWER CORD 9 S7-20R-D02-0C0 PANEL DISTRIBUTOR(PAL-2SCART<82,77,57>

9 S7-20R-D02-0B0 PANEL DISTRIBUTOR(PAL-SCART<99,91> 10 S9-30R-013-3B0 HOLDER DIGITRON<82,77,57> 10 S9-30R-013-3A0 HOLDER DIGITRON<99,91> 11 S1-11R-008-9B0 CASE ASSY 12 S9-41R-Z01-5A0 KNOB ASSY SHUTTLE<82>

A43 S7-21R-F14-1A0 PANEL ASSY FRONT(BFA929NP)<82> A43 S7-21R-F13-5E0 PANEL ASSY,FRONT(7700EH)<77> A43 S7-21R-F13-5K0 PANEL ASSY,FRONT(FX5350EH)<57> A43 S7-21R-F09-5G0 PANEL ASSY,FRONT<99> A43 S7-21R-F09-5P0 PANEL ASSY,FRONT<91>

A 87-741-097-410 SCREW,3-12 B S3-531-36A-000 SCREW,SPECIAL(FBK) C S3-530-51A-000 SCREW,SPECIAL

NO.

TYPE MODEL NAME SUFFIX

<82> HV-FX8200 EH <77> HV-FX7700 EH <57> HV-FX5700 EH <99> HV-FX990 Z <91> HV-GX915 Z

COLOR NAME TABLE

Basic color symbol Color Basic color symbol Color Basic color symbol Color

B Black C Cream D Orange G Green H Gray L Blue

LT Transparent Blue N Gold P Pink

R Red S Silver ST Titan Silver T Brown V Violet W White

WT Transparent White Y Yellow YT Transparent Yellow

LM Metallic Blue LL Light Blue GT Transparent Green

LD Dark Blue DT Transparent Orange GM Metallic Green

YM Metallic Yellow DM Metallic Orange PT Transparent Pink

59

MECHANISM EXPLODED VIEW 1/3

101

426

103

117

104

105

100

110

115

116

112

113

114

032

109

108

426

A22

A23

A21

107

106

60

MECHANISM MAIN PARTS LIST 1/3

REF. NO PART NO. KANRI DESCRIPTION

032 S1-41R-000-2B0 CHASSIS ASSY D33 100 S3-01R-003-2A0 PLATE ASSY TOP 101 S8-10R-006-8A0 BRACKET SIDE(L) 103 ———— HOLDER SIDE(L) 104 S9-74R-001-9A0 GUIDE CST

105 ———— HOLDER CST 106 ———— HOLDER SIDE(R) 107 ———— LEVER STOPPER(R) 108 ———— BRACKET SIDE(R) 109 ———— OPENER DOOR

110 ———— ARM,F/L (L) 112 ———— BODY F/L 113 ———— SPRING F/L(R) 114 ———— ARM F/L(R) 115 S9-70R-005-0A0 SPRING SWITCH

116 S5-10R-002-0A0 LEVER SWITCH 117 ———— SPR,PLATE 426 87-261-094-410 PAN HEAD SCREW 3-6 A21 S9-31R-003-1A0 HOLDER ASSY A22 S8-11R-001-8A0 BRACKET ASSY DOOR

A23 S2-61R-001-6A0 ARM ASSY F/L

NO.

TYPE MODEL NAME SUFFIX

<82> HV-FX8200 EH <77> HV-FX7700 EH <57> HV-FX5700 EH <99> HV-FX990 Z <91> HV-GX915 Z

61

MECHANISM EXPLODED VIEW 2/3

401

002

001

023

024

032

406

028

504

014

012

504

017

013

022

015

401

007

006

A03

009

025

026

027

A04

011

031

018

019

021

020

029

004

409

016

505

003

(FX8200/FX7700/

FX5700 Models)

(FX990 Model)

(GX915 Model)

62

MECHANISM MAIN PARTS LIST 2/3

REF. NO PART NO. KANRI DESCRIPTION

001 S7-23R-010-6D0 DRUM ASSY SUB D33-6CH<82,77,57> 001 S7-23R-010-5D0 DRUM ASSY SUB D33<99> 001 S7-23R-010-4A0 DRUM ASSY SUB D33-2CH<91> 002 S6-80R-B00-04B MOTOR(MECH)DRUM 003 S9-30R-010-8A0 HOLDER FPC(6CH)<82,77,57>

003 S9-30R-010-7A0 HOLDER FPC<99> 003 S9-30R-010-6A0 HOLDER FPC<91> 004 S0-06R-002-0A0 CAP,FPC 006 ———— ROLLER CLEANER 007 ———— ARM CLEANER

009 S2-61R-001-7A0 ARM ASSY T/UP(D-33K) 011 S2-61R-001-8A0 ARM ASSY TENSION (D-33K) 012 S0-41R-000-3A0 BASE ASSY P2 013 S0-41R-000-4A0 BASE ASSY P3 014 S0-41R-000-7A0 BASE ASSY P4

015 S8-70R-000-3A0 OPENER LID 016 S0-41R-000-5F0 BASE ASS A/C HEAD 017 S4-08R-000-1B0 REEL S 018 S9-70R-005-4A0 SPRING SB 019 S4-21R-000-3A0 BRAKE ASSY S

020 S9-70R-005-3A0 SPRING TB 021 S4-21R-000-4A0 BRAKE ASSY T 022 S5-238-33B-000 HEAD FE D33 023 S9-80R-001-0A0 SUPPORTER CST 024 S2-61R-001-3A0 ARM ASSY IDLER

025 ———— BRACKET L/D MOTOR 026 ———— MOTOR ASSY L/D 027 S4-70R-002-5A0 GEAR WHEEL 028 S4-08R-000-2B0 REEL T 029 S2-61R-001-1B0 PINCH ARM ASSY

031 S9-70R-006-9A0 SPRING TENSION 032 S1-41R-000-2B0 CHASSIS ASSY D33 401 SM-PC0-261-418 SCREW,2.6-4.0 406 87-261-094-410 PAN HEAD SCREW 3-6 409 87-741-095-410 SCREW,PAN HEAD 3.0-8.0

504 S3-540-01B-000 WASHER,P.S 3.1-6-0.5 505 S8-790-19K-000 FFC,7P A03 S2-61R-001-5A0 CLEANER ARM ASSY A04 S8-11R-001-9A0 BRACKET ASSY L/D MOTOR

NO.

TYPE MODEL NAME SUFFIX

<82> HV-FX8200 EH <77> HV-FX7700 EH <57> HV-FX5700 EH <99> HV-FX990 Z <91> HV-GX915 Z

63

056

057

054

053

426

077

410

032

078

A12

067

066

065

A11

068

069

070

079

426

064

518

052

055

518

517

061

062

060

063

517

051

059

058

(Except

FX8200 Model)

(FX8200 Model)

MECHANISM EXPLODED VIEW 3/3

64

MECHANISM MAIN PARTS LIST 3/3

REF. NO PART NO. KANRI DESCRIPTION

032 S1-41R-000-2B0 CHASSIS ASSY D33 051 S4-00R-000-5A0 BELT CAPSTAN 052 S6-80R-A00-03A MOTOR(MECH) 053 S9-74R-001-8A0 GUIDE RACK F/L 054 S4-70R-003-7A0 GEAR RACK F/L

055 S4-70R-003-3A0 GEAR DRIVE 056 S4-70R-003-2B0 GEAR,CAM 057 S4-70R-003-6B0 GEAR CONNECT 058 S4-20R-000-5A0 BRAKE CAPSTAN 059 S9-70R-005-9A0 SPRING CAPSTAN

060 S5-10R-002-5B0 F/R LEVER 061 S2-65R-000-3A0 CLUTCH ASSY D33K 062 S4-70R-004-6A0 GEAR H-UP/D-K<82> 062 S4-70R-005-8A0 GEAR,UP/D33K<EXCEPT 82> 063 S9-70R-005-1A0 SPRING UP/D

064 S4-70R-003-4A0 GEAR SECTOR 065 ———— LEVER P3 066 ———— SPRING L/D 067 ———— GEAR P3 068 ———— GEAR P2

069 ———— SPRING L/D 070 ———— LEVER P2 077 S3-00R-015-7A0 PLATE SLIDER 078 S5-10R-002-2A0 LEVER TENSION 079 S0-40R-002-1A0 BASE,TENSION(D-33K)

410 SA-PF0-262-218 SCREW,PAN HEAD 2.6-6.8 426 87-261-094-410 PAN HEAD SCREW 3-6 517 SW-ZZR-000-4B0 WASHER STOPPER 518 SW-ZZR-000-4A0 WASHER STOPPER 519 SW-ZZR-000-4D0 WASHER STOPPER

A11 S4-70R-002-8A0 GEAR ASSY P3 A12 S4-70R-002-6A0 GEAR ASSY P2

NO.

TYPE MODEL NAME SUFFIX

<82> HV-FX8200 EH <77> HV-FX7700 EH <57> HV-FX5700 EH <99> HV-FX990 Z <91> HV-GX915 Z

65

66

DECK MECHANISM PARTS LOCATIONS

Top View

Bottom View

NOTE : When reassembly perform the

procedure in the reverse order.

1) When reassembling, confirm Mechanism and Mode Switch Alignment Position (Refer to Page 79)

2) When disassembling, the Parts for Starting No. Should be removed first.

1 Drum Assembly 3 Screws , Cap FPC A-1

2 Plate Assembly Top Two Hooks A-2

2 3 Holder Assembly CST Chassis Hole A-2

4 Guide CST 2 Hooks A-2

2,3,4 5 Bracket Side (L) 1 Screw A-2

2,3,4 6 Bracket Assembly Door 1 Screw A-2

2,3,4,5,6 7 Arm Assembly F/L Chassis Hole A-2

2,3,4,5 8 Lever Assembly S/W Chassis Hole A-2

9 Arm Assembly Cleaner Chassis Embossing A-3

10 Head F/E 2 Hooks A-3

11 Base Assembly A/C Head 1 Screw A-3

12 Brake Assembly S Chassis Hole A-4

2,3 13 Brake Assembly T Chassis Hole A-4

2,3,12, 14 Arm Assembly Tension Chassis Hole A-4

2,3,12,14 15 Reel S Chassis Shaft A-4

2,3,13 16 Reel T Chassis Shaft A-4

17 Support CST Chassis Embossing A-5

18 Base Assembly P4 Chassis Embossing A-5

19 Opener Lid Chassis Embossing A-5

19 20 Arm Assembly T/Up Chassis Embossing A-5

19 21 Arm Assembly Pinch Chassis Shaft A-5

Starting No.

Pracedure

Part

Fixing Type

Fig-

ure

22 Belt Capstan A-6

22 23 Motor Capstan 3 Screws A-6

24 Clutch Assembly D33-K 1 Washer A-6 22,24 25 Lever F/R 1 Hook A-6 22,24 26 Gear H-Up/D-K 2 Washers A-6

27 Guide Rack F/L 1Screw A-7 27 28 Gear Rack F/L A-7 27, 28 29 Brake Assembly Capstan Chassis Shaft A-7 27, 28 30 Gear Drive 1 Washer A-8 27, 28, 29 31 Gear Cam Chassis Shaft A-8 27, 28, 29, 30

32 Gear Connector Chassis Shaft A-8

33 Bracket Assembly L/D Motor 3 Hooks A-8

34 Gear Sector 3 Washers A-9

35 BaseTension 1 Screw A-9 22, 24, 25,

36 Plate Slider Chassis Shaft A-9 27, 28, 30, 34 35 22, 24, 25, 27, 28, 30, 34

37 Lever Tension Chassis Hole A-9 35 34 38 Gear Assembly P3 2 Hooks A-10 34, 38 39 Gear Assembly P2 2 Hooks A-10 34, 38, 39 40 Base Assembly P3 Chassis Hole A-10 34, 38, 39, 40

41 Base Assembly P2 Chassis Hole A-10 1, 2 42 Arm Assembly Idler 1 Hook A-10

Starting No.

Pracedure

Part

Fixing Type

Fig-

ure

Bracket Side ’L’ 5

Plate Assembly 2 Top

Lever Assembly 8 S/W

Head F/E 10

Drum Assembly 1

Support CST 17

Base Assembly P2 41 Brake Spring S

Brake Assembly S 12

Arm Assembly 14 Tension

Band Assembly Tension

Reel S 15

Lever Assembly S/W 8

Motor Capstan 23

Gear Connector 32

Gear Cam 31 Brake Assembly 29

Capstan Belt Capstan 22 Gear Drive 30

Guide Rack F/L 27

Gear Rack F/L 28 Clutch Assembly D33-K

Lever F/R 25

24

26 Gear Assembly H-Up/D-K

26 Gear Assembly Up/D-K

(For High Rewind Models)

(For Normal Models)

3 Holder Assembly CST

9 Arm Assembly Cleaner

21 Arm Assembly Pinch

20 Arm Assembly T/Up

42 Arm Assembly ldler

38 Gear Assembly P3

39 Gear Assembly P2

Option

6 Bracket

Assembly Door

7 Arm Assembly F/L

Opener Door

4 Guide CST

33 Bracket Assembly

L/D Motor

11 Base Assembly

19 Opener Lid

18 Base Assembly P4 40 Base Assembly P3

16 Reel T

13 Brake Assembly T

Brake Spring T

35 Base Tension

34 Gear Sector

37 Lever Tension

36 Plate Slider

A/C Head

Cap FPC

Holder FPC

(only for 4HD-Hi-Fi Models)

Drum Sub Assembly

Rotor

H1

(S1)

(S2)

(S3)

(S2)

Drum Motor

Stator

or or

Optional Parts

Drum FPC

Holder FPC

(only for 2HD Models)

Holder FPC

(only for 4HD-Mono Models)

67

DECK MECHANISM DISASSEMBLY

1. Drum Assembly (Fig. A-1-1)

1) Unhook the (H1) on the back side of the Chassis and separate the Cap FPC.

2) Remove three Screws (S1) and lift up the Drum Assembly.

3) Remove two Screws (S2) and Separate the Stator of Drum Motor.

4) Remove two Screws (S3) and Separate the Rotor of Drum Motor from the Drum Sub Assembly.

(1) When reassembling Cap FPC, two Holes of Drum FPC

are inserted to the two Bosses of Holder FPC correctly. (Refer to Fig. B-1)

Fig. A-1

NOTE

(Fig. A-1-1)

(Fig. B-1)

Holder FPC

Drum FPC

Cap FPC

Figure in the opposite direction

68

DECK MECHANISM DISASSEMBLY

H1

Fig. A-2

(Fig. A-2-1)

(Fig. A-2-2)

(Fig. A-2-6)

(Fig. A-2-7)

(Fig. A-2-5)

(Fig. A-2-3)

(Fig. A-2-4)

Plate Assembly Top

Arm Assembly F/L

Lever Assembly S/W

Bracket Side (L)

(A)

(H5)

(S4)

H2

(B)

Holder Assembly CST

Lever Stopper(R)

Arm F/L

(S4)

H3

Groove

Guide CST

(For Jog Shuttle Models)

Gear Rack F/L Groove

Bracket

Assembly Door

H4

69

DECK MECHANISM DISASSEMBLY

2. Plate Assembly Top (Fig. A-2-1)

1) Unhook the (H1) and separate the Left Side.

2) Unhook the (H2) and lift up the Plate Assembly Top.

(1) When reassembling, confirm (A),(B) Part of the Plate

Assembly Top is inserted to the (L),(R) Grooves of the Bracket Side(L) and Bracket Assembly Door.

3. Holder Assembly CST (Fig.A-2-2)

1) Push the Lever Stopper (R) in the direction of the arrows (A) and move the Holder Assembly CST.

2) Push the Bracket Assembly Door to the right and lift up the Holder Assembly CST along the Guide Groove of the Bracket Assembly Door.

4. Guide CST (Fig.A-2-3)

1) Unhook(H3) in the direction of the arrow and separate the left side.

2) Unhook (H4) as above No.1) and disassemble the Guide CST in the direction of the arrow.

5. Bracket Side(L) (Fig. A-2-4)/ Bracket Assembly Door (Fig.A-2-5)

1) Remove the Screw (S4) and disassemble the Bracket Side(L) in the front.

2) Remove the Screw (S4) and disassemble the Bracket Assembly Door in the front.

6. Arm Assembly F/L (Fig. A-2-6)

1) Push the Arm Assembly F/L to the left and lift up it.

(1) When reassembling, confirm that the Gear(A) of the Arm

F/L and the Gear(B) of the Gear Rack F/L are assembled as below.

7. Lever Assembly S/W (Fig. A-2-7)

1) Hook the Spring Lever S/W on (H5).

2) Lift up the left side of the Lever S/W from the Groove(A) of the Chassis.

NOTE

Plate Assembly Top

Bracket Side (L)

Bracket Assembly Door

Lever Stopper (R)

Holder Assembly CST

(A)

Bracket Side (L)

Bracket Assembly Door

(H3)

(H4)

NOTE

Gear (B)

Gear (A)

(H5)

Spring

Lever S/W

(H5)

(L)

(R)

(A)

Guide Groove

Bracket Assembly Door

(B)

Holer Assembly CST

70

(1) Place the Spring Lever S/W of the above (No.1) as

original position.

8. Arm Assembly Cleaner(Fig. A-3-1)

1) Break away the (A) part shown above Fig. A-3-1 from the Embossing of the Chassis in the clockwise direction and lift up the Arm Assembly Cleaner.

9. Head F/E (Fig. A-3-2)

1) Unhook the two Hooks (H1) on the back side of the Chassis and lift up the Head F/E.

10. Base Assembly A/C Head (Fig. A-3-3)

1) Remove the Screw (S5) and lift up the Base Assembly A/C Head.

NOTE

DECK MECHANISM DISASSEMBLY

Arm Assembly

Fig. A-3

(Fig. A-3-1)

(Fig. A-3-3)

(Fig. A-3-2)

Spring

Lever S/W

(H5)

Cleaner

( H1)

Head F/E

(A)

(S5)

Base Assembly A/C Head

(For Jog Shuttle Models)

71

DECK MECHANISM DISASSEMBLY

Fig. A-4

11. Brake Assembly S (Fig. A-4-1)

1) Remove the Spring S Brake.

2) Hold the (A) part shown above Fig. A-4-1 and turn to the clockwise direction, and then lift up the Brake Assembly S.

(1) When reassembling, be careful not to change the Spring

with below No.12.(Refer to Fig. B-2).

12. Brake Assembly T (Fig. A-4-2)

1) Remove the Spring T Brake.

2) Hold the (B) part shown above Fig. A-4-2 and turn to the counterclockwise direction, and then lift up the Brake Assembly T.

(1) When reassembling, be careful not to change the Spring

with above No.11.(Refer to Fig. B-2).

13. Arm Assembly Tension (Fig. A-4-3)

1) Remove the Spring Tension.

2) Hold the (C) part shown above Fig. A-4-3 and turn to the clockwise direction, and then lift up the Arm Assembly Tension.

(1) When reassembling, be careful not to change the Spring

with above No.11,12.(Refer to Fig. B-2).

14. Reel S (Fig. A-4-4) & Reel T (Fig. A-4-5)

1) Lift up the Reel S and Reel T.

(1) When reassembling, be careful not to change the Reel S

and Reel T each other.

(2) Confirm two Slide Washers under the Reel S and Reel T.

NOTE

(Difference for Springs)

Color (Black)

Three Holes

Reel S

Reel T

(Fig. B-2)

NOTE

(Fig. A-4-1)

(Fig. A-4-5)

(Fig. A-4-3)

(Fig. A-4-4)

(Fig. A-4-2)

Arm Assembly Tension

Spring S Brake

Brake Assembly S

(A)

Spring Tension

(C)

Band

Assembly

Tension

Reel S

(For Jog Shuttle Models)

Reel T

Spring T Brake

B

Brake Assembly T

Spring T Brake Spring S Brake Spring Tension

72

DECK MECHANISM DISASSEMBLY

(D)

Fig. A-5

15. Support CST (Fig. A-5-1)

1) Break away the (A) part shown above Fig. A-5-1 from the Embossing of the Chassis in the clockwise direction, and lift up the Support CST.

16. Base Assembly P4 (Fig. A-5-2)

1) Break away the (B) part shown above Fig. A-5-2 from the Embossing of the Chassis in the counterclockwise direction and lift up the Base Assembly P4.

17. Opener Lid (Fig. A-5-3)

1) Break away the (C) Part of the Opener Lid from the Embossing of the Chassis in the Clockwise direction and lift up the Opener Lid.

18. Arm Assembly T/up (Fig. A-5-4)

1) Just lift up the Arm Assembly T/UP.

(1) When reassembling, confirm the opener lid is placed on

the Hook(H1) of the Arm Assembly T/UP as below figure.

19. Arm Assembly Pinch (Fig. A-5-5)

1) Lift up the Arm Assembly Pinch.

NOTE

Opener Lid

Arm Assembly T/up

(Fig. A-5-3)

(Fig. A-5-4)

(Fig. A-5-1)

(Fig. A-5-2)

(Fig. A-5-5)

Opener Lid

(C)

Support CST

Arm Assembly T/up

Base Assembly P4

(A)

Arm

Assembly

Pinch

(B)

(H1)

73

DECK MECHANISM DISASSEMBLY

Belt Capstan

Fig. A-6

20. Belt Capstan (Fig. A-6-1)/ Motor Capstan (Fig. A-6-2)

1) Remove the Belt Capstan.

2) Remove three Screws(S6) on the back side of the

Chassis and lift up the Motor Capstan.

(1) When reassembling, Confirm the (A), (B) parts of Motor

Capstan is located to the (A'), (B') of the Chassis.

21. Clutch Assembly D33-K (Fig. A-6-3)

1) Remove the Washer(W1) and lift up the Clutch Assembly

D33-K.

22. Lever F/R (Fig. A-6-4)

1) Unhook the (H1) shown above Fig. A-6-4 and lift up the

Lever F/R.

(1) When reassembling, move the (C) part of the Lever F/R up

and down, then confirm if it is returned to original position.

23. Gear H-Up/D-K or Gear Up/D-K (Fig. A-6-5)

1) Remove the Washer(W2) and lift up the Gear H-up/D-K.

2) Remove the Spring Up/D.

(1) Gear H-Up/D-K is for Hi-Rewind Models. (2) Gear Up/D-K is for Normal Models except Hi-Rewind Models.

NOTE

(Fig. A-6-1)

(Fig. A-6-2)

(Fig. A-6-3)

(Fig. A-6-5)

(Fig. A-6-4)

NOTE

(A)

(B)

Motor Capstan

Lever F/R

Hook(H1)

(C)

Brake Assembly Capstan

(A')

(B ')

Washer(W1)

Clutch Assembly D33-K

Washer(W2 )

Gear H-Up/D-K

(For Hi-Rewind Models) (For Normal Models)

Spring Up/D

(For 4HD Models)

Optional Parts

or Gear Up/D-K

(For Jog Shuttle Models)

(S6)

74

DECK MECHANISM DISASSEMBLY

Brake

Fig. A-7

24. Bracket Assembly Jog (Fig. A-7-1) (Jog shuttle model option)

1) Remove the Screw(S4) and lift up the Bracket Assembly

Jog.

25. Guide Rack F/L (Fig. A-7-2)/

Gear Rack F/L (Fig. A-7-3)

1) Remove the Screw(S4) and lift up the Guide Rack F/L.

2) Lift up the Gear Rack F/L.

26. Brake Assembly Capstan (Fig. A-7-4) (4HD model option)

1) Hook the Spring Capstan on the Hook(H1).

2) Unhook the Hook(H2) and lift up the Brake Assembly

Capstan.(Refer to Fig. to the right)

(1) When reassembling, confirm that the Hole(A) of the

Brake Assembly Capstan is aligned to the Hole(B) of the Gear Cam. (Refer to above Fig. A-7-4).

NOTE

(Fig. A-7-4)

(Fig. A-7-1)

(Fig. A-7-2)

(Fig. A-7-3)

Assembly Capstan

Hole (A)+(B)

Gear Cam

Guide Rack F/L

(S4)

Gear Rack F/L

Hole (B)

Hole (A)

(H2)

(H1)

Gear Cam

Barke Assembly Capstan

(For 4HD Models)

Spring Capstan

(S4)

Barke Assembly Jog

(For Jog Shuttle Models)

Hook(H2)

75

DECK MECHANISM DISASSEMBLY

Washer (W1)

Fig. A-8

27. Gear Drive (Fig. A-8-1)/ Gear Cam (Fig. A-8-2)/ Gear Connector (Fig. A-8-3)

1) Remove the Washer(W1) and lift up the Gear Drive.

2) Lift up the Gear Cam.

3) Lift up the Gear Connector.

(1) When reassembling, confirm that the Hole (A) of the

Gear Connector is aligned to the Hole (A') of the Chassis (Fig. A-8-3).

(2) When reassembling, confirm that the Hole (B) of the

Gear Cam is aligned to the Hole (B') of the Chassis (Fig. A-8-2).

(3) When reassembling, confirm that the (C) part of the Gear

Cam is aligned to the (D) part of the Gear Drive as shown Fig. B-3

28. Bracket Assembly L/D Motor (Fig. A-8-4)

1) Unhook the three Hooks(H1),(H2) and push down the Bracket Assembly L/D Motor.

NOTE

Gear Cam (C)

Gear Drive (D)

Hook (H1), (H2)

Chassis

(Fig. B-3)

(Fig. A-8-1)

(Fig. A-8-2)

(Fig. A-8-3)

(Fig. A-8-4)

Gear Drive

Brake Assembly Capstan

Hole (A')+(A)

Chassis

Hole (B')+(B)

(For 4HD Models)

Gear Connector

Hole (B)

Hole (A)

Hole (B')

Gear Cam

Gear Connector

Hole (A')

H1

Bracket Assembly

L/D Motor

H2

Gear Cam

76

DECK MECHANISM DISASSEMBLY

(W1)

Fig. A-9

29. Gear Sector (Fig. A-9-1)

1) Remove the Washer(W1) and lift up the Gear Sector.

30. Base Tension (Fig. A-9-2)/ Plate Slider (Fig. A-9-3)/ Lever Tension (Fig. A-9-4)

1) Remove the Screw(S4) and lift up the Base Tension.

2) Lift up the Plate Slider.

3) Hold the (A) Part of the Lever Tension and turn to the

counterclockwise direction, and then lift up the Lever Tension.

(1) When reassembling, turn the Lever Tension to the clock-

wise direction in maximum.

(2) Push the plate slide right side to be guided by the shaft.

NOTE

(Fig. A-9-1)

(Fig. A-9-2)

(Fig. A-9-4)

(Fig. A-9-3)

Washer

Gear Sector

Plate Slider

(S4)

Base Tension

Lever Tension

(A)

(For Jog Shuttle Models)

77

DECK MECHANISM DISASSEMBLY

Fig. A-10

31. Gear Assembly P3 (Fig. A-10-1)/

Gear Assembly P2 (Fig. A-10-2)

1) Unhook the two Hooks(H1) and lift up the Gear Assembly

P3.

2) Unhook the two Hooks(H2) and lift up the Gear Assembly

P2.

32. Base Assembly P3 (Fig. A-10-3)/

Base Assembly P2 (Fig. A-10-4)

1) Move the Base Assembly P3 in the direction of the arrow of

the Chassis Hole(A) and push down the Base Assembly P3.

2) Move the Base Assembly P2 in the direction of the arrow of

the Chassis Hole(B) and push down the Base Assembly P2.

33. Arm Assembly Idler or Arm Assembly

Idler Jog(Fig. A-10-5)

1) Unhook the Hook(H3) and push down the Arm Assembly

Idler Jog.

1) Arm Assembly Idler is for Normal Models.

2) Arm Assembly Idler Jog is for Jog Shuttle Models.

1) When reassembling, confirm that the (A) Part of the Gear Assembly P3 is aligned to the (B) Part of the Gear Assembly P2 as shown below.

NOTE

(Fig. A-10-1)

(Fig. A-10-2)

(Fig. A-10-4)

(Fig. A-10-3)

(Fig. A-10-5)

(Unloading Condition)

Gear Assembly P3

H1

Gear Assembly P3

Optional Parts

Arm Assembly Idler

(For Normal Models) (

(A)

(B)

Gear Assembly P2

Arm Assembly Idler Jogor

For Jog Shuttle Models)

(A)

(H3)

H2

Gear Assembly P2

(B)

Chassis

Base Assembly P2

Base Assembly P3

Gear Assembly P3

Gear Assembly P2

(A)

(B)

DECK MECHANISM ADJUSTMENT

78

• Tools and Fixtures for Service

1. Cassette Torque meter

1. SRK-VHT-303(Not SVC part)

4. Torque gauge adaptor

5. Post height adjusting driver Parts No: SV-TGO-030-000 (SMALL) SV-TGO-020-000 (LARGE)

6. + Type driver (ø 5)

2. Alignment tape

(See figure below)

3. Torque gauge

3. 600g.Cm ATG

SRK

VIDEO

CASSETTE TORQ

UE

M

ETER

VHT-303

S

R

K

-

V

H

T

-

S

R

K

-

V

H

T

3

0

250

20

0

15

0

5

0

3

0

25

0

2

00

15

0

50

0

100

ALIGNMENT TAPES FOR ADJUSTMENT

Derivation No.

Mechanism

Adjustment ltems

FM Envelope

A

PAL

SP/LP

2/4 Head

TTV-P2L

B

PAL

SP

2 Head

TTV-P2

C

NTSC

SP/LP/EP

2/4 Head

TTV-N1

(TTN-N12)

D

NTSC

SP

2 Head

TTV-N2

Slantness

Height

Azimuth

A commercially available tape

A/C

Head

TTV-P1

(TTV-P1L)

TTV-P2

TTV-N1

(TTV-N12)

TTV-N2

TTV-P1

TTV-P2

TTV-N1

(TTV-N12)

(TTV-N1E)

TTV-N2

TTV-N2E

A commercially available tape

SRK-VHT-303

RG Post lnclination

Tape Back Tension

The numbers in ( ) parenthesis can be used as the substiture.

X-value

79

Purpose:To determine if the Mechanism is in the correct position, when a Tape is ejected.

DECK MECHANISM ADJUSTMENT

1.Mechanism Alignment Position Check

1) Turn the Power S/W on and eject the Cassette by pressing the Eject Button.

2) Remove the Top Cover and Plate Assembly Top, visually check if the Gear Cam Hole is aligned with the Chassis Hole as below Fig. C-2.

3) IF not, rotate the Shaft of the Loading Motor to either Clockwise or Counterclockwise until the Alignment is as below Fig. C-2.

4) Remove the Screw which fixes the Deck Mechanism and Main Frame and confirm if the Gear Cam is aligned

with the Gear Drive as below Fig. C-1(A).

5) Confirm if the Mode S/W on the Main P.C.Board is aligned as below Fig. C-1(B).

6) Remount the Deck Mechanism on the Main P.C.Board and check each operation.

Test Equipment/ Fixture

Blank tape

Test Conditions (Mechanism

Condition)

Eject Mode (with Cassette ejected)

Check Point

Mechanism and Mode Switch Position

Fig. C-1

Fig. C-2

CHECK DIAGRAM

BOTTOM VIEW

TOP VIEW

Gear Cam (o) and Gear Drive (o

) groove alignment

Mode S/W

Gear Cam

(B)

(A)

Gear Drive

L/D Motor Assembly

Chassis Hole

Gear Cam

Gear Cam Hole

80

Purpose: To insure smooth Transport of the Tape during each Mode of Operation.

If the Tape Transport is abnormal, then check the Torque as indicated by the chart below.

DECK MECHANISM ADJUSTMENT

2. Preparation for Adjustment (To set the Deck Mechanism to the Loading state without inserting a Cassette Tape).

1) Unplug the Power Cord from the AC Outlet.

2) Disassemble the Top Cover and Plate Assembly Top.

3) Plug the Power Cord into the AC Outlet.

4) Turn the Power S/W on and push the Lever Stopper (L),(R) of the Holder Assembly CST to the back for Loading the

Cassette without Tape. Cover the Holes of the End Sensors at the both sides of the Bracket Side(L) and Bracket Assembly Door to prevent a light leak. Then The Deck Mechanism drives to the Stop Mode. In this case, The Deck Mechanism can accept inputs of each mode, however the Rewind and Review Operation can not be performed for more than a few seconds because the Take-up Reel Table is in the Stop State and can not be detected the Reel Pulses.

3. Checking Torque

The Values are measured by using a Torque Gauge and Torque Gauge Adaptor with the Torque Gauge affixed.

The Torque reading to measure occurs when the Tape abruptly changes direction from Fast Forward of Rewind Mode, when quick bracking is applied to both Reels.

SRK

V

ID

E

O

C

A

S

E

T

E

T

O

R

Q

U

E

M

E

T

E

R

V

H

T

-3

0

3

S

R

K

-

V

H

T

-

S

R

K

-

V

H

T

300

250

200 150

50

0

300

250

200

150

50

0

100

Test Equipment/ Fixture

• Torque Gauge(600g/cm ATG)

• Torque Gauge Adaptor

• Cassette Torque Meter SRK-VHT-303

Checking Method

• Perform each Deck Mechanism Mode without inserting a Cassette Tape(Refer to above No.2 Preparation for Adjustment).

• Read the Measurement of the Take-up or Supply Reels on the Cassette Torque Meter(Fig. C-3-2).

• Attach the Torque Gauge Adaptor to the Torque Gauge and then read the Value of it(Fig. C-3-1).

NOTE:

Fig. C-3-2

Fig. C-3-1

Torque Gauge

Torque Gauge Adaptor

Reel Table

Item

Fast Forward Torque

Rewind Torque

Play Take-Up Torque

Review Torque

Mode

Fast Forward

Rewind

Play

Review

Test Equipment

Cassette Torque Gauge

Cassette Torque Meter

Take-Up Reel

Supply Reel

Take-Up Reel

Supply Reel

More than 400g/cm

75~115g/cm

130~200g/m

Measurement Reel

Measurement Values

Test Conditions (Mechanism

Condition)

• Play (FF) or Review (REW) Mode

NOTE:

• Cassette Torque Meter (SRK-VHT-303)

• Torque Gauge (600g.cm ATG)

DECK MECHANISM ADJUSTMENT

81

4.Guide Roller Height Adjustment

Adjustment Procedure

1) Confirm if the Tape runs along the Tape Guide Line of the Lower Drum.

2) If the Tape runs the Bottom of the Guide Line, turn the Guide Roller Height Adjustment Screw to Clockwise direction.

3) If it runs the Top, turn to Counterclockwise direction.

4) Adjust the Height of the Guide Roller to be guided to the Guide Line of the Lower Drum from the Starting and Ending Point of the Drum.

Purpose: To regulate the Height of the Tape so that the Bottom of the Tape runs along the

Tape Guide Line on the Lower Drum.

Test Equipment/ Fixture

• Post Height Adjusting Driver

Test Conditions (Mechanism Condition)

• Play or Review Mode

Adjustment Point

• Guide Roller Height Adjustment screws on the Supply and Take-Up Guide Rollers.

Fig. C-4-1

Upper Flange

Guide Roller Retaining Screw

Guide Roller Height Adjustment screw

ADJUSTMENT DIAGRAM

Test Equipment/Fixture

• Oscilloscope

• Alignment Tape

• Post Height Adjusting Driver

Test Equipment Connection Points

• CH-1:PB RF Envelope

• CH-2:NTSC: SW 30Hz PAL: SW 25Hz

• Head Switching Output

Point

• RF Envelope Output

Point

Test Conditions VCR(VCP) State

• Play an Alignment Tape

Adjustment Point

• Guide Roller Height Adjustment Screws

Fig. C-4-2

Fig. C-4-3

P3 POST ADJUSTMENT

P2 POST ADJUSTMENT

Turn the Roller Guide Height Adjustment Screw slightly to flatten the waveform.

Tracking control at center

RF ENVELOPE OUTPUT TEST POINT

OSCILLOSCOPE

HEAD SWITCHING OUTPUT TEST POINT

Turn(Move) the tracking control to both directions

4-1. Preliminary Adjustment

4-2. Precise Adjustment

Adjustment Procedure

1) Play an Alignment Tape after connecting the Probe of the Oscilloscope to the RF Envelope Output Test Point and Head Switching Output Test Point.

2) Tracking Control(in PB Mode) : Center Position(When this Adjustment is performed after the Drum Assembly has been replaced, set the Tracking Control so that the RF Output is Maximum).

3) Height Adjustment Screw : Flatten the RF Waveform. (Fig. C-4-2)

4) Turn(Move) the Tracking Control(in PB Mode) Clockwise and Counterclockwise.(Fig. C-4-3)

5) Check that any Drop of RF Output is uniform at the Start and End of the Waveform.

If the adjustment is excessive or insufficient the tape will jam or fold.

NOTE

Waveform Diagrams

Connection Diagram

82

DECK MECHANISM ADJUSTMENT

5. Audio/Control (A/C) Head Adjustment

Purpose: To insure that the Tape passes accurately over the Audio and Control Tracks in exact

Alignment in both the Record and Playback Modes.

Test Equipment/ Fixture

• Blank Tape

• Screw Driver(+) Type 5mm

• Play the blank tape

Test Conditions (Mechanism Condition)

Adjustment Point

• Tilt Adjustment Screw(C)

• Height Adjustment Screw(B)

• Azimuth Adjustment Screw(A)

Fig. C-5-1

A/C Head Base

Fig. C-5-2

Height Adjustment

Screw(B)

Tilt Adjustment

Screw(C)

Azimuth Adjustment Screw(A)

X-Value Adjustment Hole

Fixed Screw

Fig. C-5-3

A/C Head

Tape

0.2~0.25mm

P4

5-1. Preliminary Adjustment (Height and Tilt Adjustment)

Perform the Preliminary Adjustment, when there is no Audio Output Signal with the Alignment Tape.

1) Initially adjust the Base Assembly A/C Head as shown Fig. C-5-1 by using the Height Adjustment Screw(B).

2) Play a Blank Tape and observe if the Tape passes accurately over the A/C Head without Tape Curling or Folding.

3) If Folding or Curling is occured then adjust the Tilt Adjustment Screw(C) while the Tape is running to resemble Fig. C-5-3.

4) Reconfirm the Tape Path after Playback about 4~5 seconds.

Ideal A/C head height occurs, when the tape runs between 0.2~0.25mm above the bottom edge of the A/C head core.

NOTE

Adjustment Procedure/Diagrams

A/C Head Assembly

-0.05

10.9

Purpose: To obtain compatibility with other VCR(VCP) Models.

DECK MECHANISM ADJUSTMENT

83

5-2. Confirm that the Tape passes smoothly

between the Take-up Guide and Pinch Roller(using a Mirror or the naked eye).

1) Afetr completing Step 5-1.(Preliminary Adjustment), check that the Tape passes around the Take-up Guide and Pinch Roller without Folding or Curling at the Top or Bottom. (1) If Folding or Curling is observed at the Bottom of

the Take-up Guide then slowly turn the Tilt Adjustment Screw(C) in the Clockwise directioin.

(2) If Folding or Curling is observed at the Top of it then

slowly turn the Tilt Adjustment Screw(C) in the Counterclockwise direction.

Check the RF Envelope after adjusting the A/C Head, if the RF Waveform differs from Fig. C-5-4, performs Precise Adjustment to flat the RF Waveform.

Test Equipment/ Fixture

• Oscilloscope

• Alignment Tape(SP)

• Screw Driver(+) Type 5mm

Connection Point

• Audio output jack

Test Conditions

(Mechanism Condition)

• Play an Alignment Tape 1KHz, 7KHz Sections

Adjustment Point

• Azimuth Adjustment Screw(A)

• Height Adjustment Screw(B)

1) Connect the Probe of the Oscilloscope to Audio Output Jack.

2) Alternately adjust the Azimuth Adjustment Screw(A) and the Tilt Adjustment Screw(C) for Maximum Output of the 1Khz and 7Khz segments, while maintaining the flattest Envelope differential between the two Frequencies.

Adjustment Procedure

5-3. Precise Adjustment (Azimuth adjustment)

6. X-Value Adjustment

Fig. C-5-4

1KHZ

• Oscilloscope

• Alignment tape(SP only)

• Screw Driver(+) Type 5mm

• CH-1: PB RF Envelope

• CH-2: NTSC: SW 30Hz PAL: SW 25Hz

• Head Swithching Output

Test Point

• RF Envelope Output Test

Point

Test Conditions

(Mechanism Condition)

• Play an Alignment Tape

Adjustment PointConnection PointTest Equipment/ Fixture

Adjustment Procedure

1) Insert the alignment tape, and press the + or - manual tracking (channel) button once while "AUTO TRACKING" is flashing on the screen to release auto tracking, and then center the tracking.

2) Run the tape long enough for tracking to complete one cycle.

3) Loosen the fixing screw, and move the A/C head base assembly in the direction shown in the diagram, to find the center of the peak so that the maximum envelope is available. With this method, the 31-µm head can trace on the centerof 58-µm track.

4) Tighten the A/C head base assembly fixing screw.

7KHZ

A:Maximum

B:Maximum

Left

Right

Groove at the Base A/C

Height Adjustment Screw(B)

Tilt Adjustment Screw(C)

Azimuth Adjustment Screw(A)

X-Value Adjustment Hole

Fixed Screw

RF ENVELOPE OUTPUT TEST POINT

OSCILLOSCOPE

HEAD SWITCHING OUTPUT TEST POINT

Connection Diagram

Adjustment Diagram

NOTE:

CH-1

CH-2

Purpose: To correct for shift in the Roller Guide and X value after replacing the Drum.

8-2.Check for tape curling or jamming

Test Equipment/ Fixture

• T-160 Tape

• T-120 Tape

Specification

• Be sure there is no tape jamming or curling at the begining, middle or end of the tape.

VCR(VCP) State

•

Run the CUE, REV play mode at the

beginning and the end of the tape.

Test Conditions (Mecanism Condition)

1) Confirm that the tape runs smoothly around the roller guides, drum and A/C head assemblies while abruptly changing operating modes from Play to CUE or REV. This is to be checked at the begining, middle and end sections of the cassette.

2) Confirm that the tape passes over the A/C head assembly as indicated by proper audio reproduction and proper tape counter performance.

Checking Procedure

DECK MECHANISM ADJUSTMENT

84

7. Adjustment after Replacing Drum Assembly (Video Heads)

Test Equipment/ Fixture

• Oscilloscope

• Alignment tapes

• Blank Tape

• Post Height Adjusting Driver

• Screw Driver(+) Type 5mm

Connection Point

• CH-1: PB RF Envelope

• CH-2: NTSC: SW 30Hz PAL: SW 25Hz

• Head Swithching Output

Test Point

• RF Envelope Output Test Point

Test Conditions

(Mechanism Condition)

• Play the blank tape

• Play an alignment tape

Adjustment Points

• Guide Roller Precise Adjustment

• Switching Point

• Tracking Preset

• X-Value

Checking/Adjustment Procedure

Play a blank tape and check for tape curling or creasing around the roller guide. If there is a problem then follow the procedure

4. "Guide Roller Height" and 5. "Audio Control(A/C) Head Adjustment".

RF ENVELOPE OUTPUT TEST POINT

OSCILLOSCOPE

HEAD SWITCHING OUTPUT TEST POINT

Connection Diagram

Waveform

V1/V MAX ≤0.7 V2/V MAX ≤0.8 RF ENVELOPE OUTPUT

Fig. C-7

8. Check the Tape Travel after Reassembling Deck Assembly.

8-1.Check Audio and RF Locking Time during playback and after CUE or REV (FF/REW)

Test Equipment/ Fixture

• Oscilloscope

• Alignment tapes(with 6H 3kHz Color Bar Signal)

• Stop Watch

Specification

• RF Locking Time: Less than 5 sec.

• Audio Locking Time:Less than 10sec

Test Equipment

Connection Points

• CH-1: PB RF Envelope

• CH-2: Audio Output

• RF Envelope Output Point

• Audio Ouptut Jack

Test Conditions

(Mecanism Condition)

• Play an alignment tape (with 6H 3kHz Color Bar Signal)

Checking Procedure

Play an alignment tape then change the operating mode to CUE or REV and confirm if the unit meets the above listed specifications.

1) CUE is fast forward mode (FF)

2) REV is the rewind mode (REW)

NOTES:

V1

V

V2

CH1 CH2

Connection Points

85

MAINTENANCE/INSPECTION PROCEDURE

(4) F/E Head

(3) P1 Post

(6) Drum Assembly

(Video Head)

(5) Base

Assembly P2

(2) Tension Post

(1) Supply Reel

(7) Base Assembly P3

The following faults can be remedied by cleaning and oiling. Check the needed lubrication and the conditions of cleanliness in the unit. Check with the customer to find out how often the unit is used, and then determine that the unit is ready for inspection and maintenance. Check the following parts.

1 Check before starting repairs

Phenomenon Inspection

Replace-

ment

Color beats Dirt on full-erase head

o

Poor S/N, no color

Dirt on video head

Vertical or Horizontal jitter

Dirt on Audio/control head

Dirt on pinch roller

If locations marked with o do not operate normally after cleaning, check for wear and replace. See the EXPLODED VIEWS at the end of this manual as well as the above illustrations See the Greasing (Page 87) for the sections to be lubricated and greased.

NOTE

o

Dirt on video head

Dirt on tape transport system

Low volume,

Sound distorted

Tape does not run.

Tape is slack

o

In Review and Unloading (off mode), the Tape is rolled up loosely.

Clutch Assembly D33K Torque reduced

Cleaning Drum and transport system

Fig. C-9-3

(8) A/C Head

(9) P4 Post

(11) Pinch Roller

(12) Take-up Guide Post

(10) Capstan Shaft

(13) Take-up Reel

* No. (1)~(13) Indicates the Tape Path to be traveled from Supply Reel to Take-up Reel.

Fig. C-9-1 Top VIEW

Fig. C-9-2 BOTTOM VIEW

F/E Head

Video Head

A/C Head

Pinch Roller

Belt Capston

Clutch

Assembly D33K

Fig. C-9-3 Tape Transport System

86

MAINTENANCE/INSPECTION PROCEDURE

The recording density of a VCR(VCP) is much higher than that of an audio tape recorder. VCR(VCP) components must be very precise, at tolerances of 1/1000mm, to ensure compatiblity with other VCRs. If any of these components are worn or dirty, the symptoms will be the same as if the part is defective. To ensure a good picture, periodic inspection and maintenance, including replacement of worn out parts and lubrication, is necessary.

Schedules for maintenance and inspection are not fixed because they vary greatly according to the way in which the customer uses the VCR(VCP), and the environment in which the VCR(VCP) is used. But, in general home use, a good picture will be maintained if inspection and maintenance is made every 1,000 hours. The table below shows the relation between time used and inspection period.

Table 1

(1 ) Grease : Kanto G-311G (Blue) or equivalent (2) Isopropyl Alcohol or equivalent (3) Cleaning Patches (4) Grease : Kanto G-381(Yellow) : Used only for Reel S and

Reel T

(1) Cleaning video head

First use a cleaning tape. If the dirt on the head is too stubborn to remove by tape, use the cleaning patch. Coat the cleaning patch with Isopropyl Alcohol. Touch the cleaning patch to the head tip and gently turn the head(rotating cylinder) right and left. (Do not move the cleaning patch vertically. Make sure that only the buckskin on the cleaning patch comes into contact with the head. Otherwise, the head may be damaged.) Thoroughly dry the head. Then run the test tape. If lsopropyl Alcohol remains on the video head, the tape may be damaged when it comes into contact with the head surface.

(2) Clean the tape transport system and drive system, etc,

by wiping with a cleaning patch wetted with Isporopyl Alcohol.

1 It is the tape transport system which comes into contact

with the running tape. The drive system consists of those parts which moves the tape.

2 Make sure that during cleaning you do not touch the tape

transport system with the tip of a screw driver and no that force is that would cause deforming or damage applied to the system.

2. Required Maintenance

3. Scheduled Maintenance

5) Maintenance Procedure 5-1) Cleaning

NOTES:

About 1

year

One hour

Two hours

Three hours

When

inspection is

necessary

Average hours used per day

About 18

months

About 3

years

4. Supplies Required for Inspection and Maintence

Fig. C-9-4

Drum (Rotating Cylinder)

Head Tip

Coat With Isopropyl Alcohol

Touch this section of cleaning patch to the head tip and gently turn the Drum (Rotating Cylinder)

Cleaning Patch

MAINTENANCE/INSPECTION PROCEDURE

87

(1) Greasing guidelines

Apply grease, with a cleaning patch. Do not use excess grease. It may come into contact with the tape transport or drive system. Wipe any excess and clean with clean ing patch wetted in Isopropyl Alcohol.

(2) Periodic greasing

Grease specified locations every 5,000 hours.

5-2) Greasing

NOTE:Greasing Points

3

2

1

4

5

6

9

7

8

1) Loading Path Inside & Top side

2) Base Tension Boss inside Hole

3) Arm Assembly F/L "U" Groove

4) Arm Take-up Rubbing Section

5) L/D Motor Worm Wheel Part

6) Shaft

7) Arm Assembly F/L of Buming Inside Hole

8) Reel S, T Shaft (G381:Yellow)

9) Brake T Groove

Gear Assembly Up/D

Gear Drive

Gear Sector

Gear Cam

Press

Cam Part

Gear Part

Stopper Part

Bracket Side (L)

Bracket Assembly Door

1

4

5

76

3

2

1) Loading Path Inside & Top side

2) Shaft

3) Gear Rack F/L Moving Section

4) Shaft

5) Lever Tension Groove

6) Clutch Assembly D33 Shaft

7) Brake "S" Rubbing Section

Chassis (Top)

Chassis (Bottom)

Guide Rack F/L Gear Rack F/L

Side

Bottom

inside

Bottom

Cam & Gear Part

Plate Slider (Top)

Plate Slider (Bottom)

Cam Part

Gear Part

Guide Rail

MECHANISM TROUBLESHOOTING GUIDE

88

Auto REW doesn't work.

Is the output of END sensor

of supply side "H"?

“H”: more than 3.5V

“L”: less than 0.7V~1V

Is the voltage across IR LED

between 0.8~1.5V?

Replace LED.

Is the Vcc. voltage of End

sensor 5V?

Check the syscon power.

Replace End sensor.

Check syscon circuit.

YES

NO

1.Deck Mechanism

A.

NO

No F/R modes.

Is the present mode,

F/R Mode?

Is the mode SW assembled

correctly (Refer to Page 79.)

Is the normal voltage supplied to the Capstan Motor Vcc1, Vcc2.?

Does terminal voltage(Vctl) of

Capstan Motor supply side

more than 4V?

Check Servo, Power Circuits.

Replace the Capstan Motor.

Does the Capstan Motor rotate?

Do the T/Up, Supply Reel rotate?

Check syscon circuit.

YES

B.

YES

MECHANISM TROUBLESHOOTING GUIDE

89

AUTO STOP.

(PLAY/CUE/REV)

Are there T/up and supply reel pulses.

In Play/Cue/Rev is the pinch

roller in contact with the capstan

shaft.

Replace Reel Sensor.

Is the output of DFG, DPG OK?

Check aligment positions (page 79)

Check spring Pinch.

Replace Drum Motor.

Check Servo, Syscon.

Check the Syscon, µ-COM.

No cassette loading.

Insert the cassette.

Check Cassette Carry Assembly.

Is there variation for F/L S/W

Output?

(In Tape with REC Tab

“L”→“H”→“L”)

(In Tape without REC Tab

“L”→“H”→“L”→“H”)

Does the F/L S/W work normally?

Does the lever S/W work

normally.

Check Syscon Circuit.

Replace F/L S/W.

YES

NO

YES

C.

D.

MECHANISM TROUBLESHOOTING GUIDE

90

In PB mode Tape Presence

not sensed.

Is the Pinch Roller attached

to the Capstan Motor Shaft?

Check Alignment positions

(page 79)

Does the T/Up

Reel turn?

Replace the Belt.

Is the Belt ok?

Does the Drum

Motor turn?

Are there DPG,

DFG Pulses?

Are the T/Up Supply Reel Sensors

ok?

Check Syscon,

Circuit.

Check Syscon,

Circuit.

Check Servo, Syscon.

Does the Capstan Motor turn?

Is the terminal voltage

of the Drum Motor

more than 2.3V?

Replace the Drum Motor.

Is the Vcc voltage of the Drum

Motor normal?

Check the clutch and the Idler

Assembly.

YES

NO

Is the terminal voltage of Capstan

Motor supplied more than 4V?

Replace the

Capstan Motor.

Is the Voltage supplied to the Capstan

Motor Vcc1,Vcc2 each?

YES

Check Servo,

Power.

NO

E.

MECHANISM TROUBLESHOOTING GUIDE

91

Cassette cannot be inserted.

Does the Lever Switch work?

Is the Lever Switch Spring

damaged or omitted?

Does the F/L switch work

normally?

Replace or add the

Lever Switch Spring.

Is the Vcc of Main P.C.Board

5V?

YES

Check syscon circuit.

YES

Check power circuit.

NO

Is the voltage between cassette

switch and GND on Main

P.C.Board 5V?

YES

Is there a short circuit between cassette

switch and GND on main P.C.Board?

Remove the short circuit part or

Replace the main P.C.Board.

NO

Check Mode switch location and

syscon circuit.

Replace F/L Switch.

YES

NO

YES

NO

Replace F/L Switch.

NO

Cassette will not eject.

Does the L/D motor rotate in reverse?

Check L/D Motor or Drive IC.

Replace lever Switch.

Does the Lever Switch work?

YES

NO

Does the Arm Assembly F/L work normally?

YES

NO

Does the Opener Door work?

YES

Replace Arm Assembly F/L.

Replace the Opener Door.

2. Front Loading Mechanism

A.

B.

MECHANISM TROUBLESHOOTING GUIDE

92

Cassette will not load.

Does the CST insert?

Does the opener Lid work?

Is the opener Door assembled correctly?

Replace the Opener Lid.

Replace the Arm Assembly F/L.

Check the power of L/D Motor.

Is the Holder Assembly Cassette

assembled correctly?

Replace the Rear Rack F/L.

Does the Gear Rack F/L work?

Does the Opener Door work?

Does the Arm Assembly F/L work?

Does the L/D Motor work?

Does the Holder Assembly Cassette

move the Arm Assembly F/L?

Replace the Front Loading

Mechanism Assembly.

YES

NO

YES

NO

YES

NO

YES

NO

C.

2–11, IKENOHATA 1–CHOME, TAITO-KU, TOKYO 110-8710, JAPAN TEL:03 (3827) 3111

H251701

Printed in Singapore

Aiwa HV-FX8200, HV-FX5700, HV-FX990, HV-GX915 Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual